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HomeMy WebLinkAboutWPO202200037 Calculations 2022-08-11Albemarle County Floodplain Development Permit No.: FDP2022-00012 ENGINEERING "NO -RISE" CERTIFICATION Community: Mountfair Innisfree Stream Applicant: Mitigation Ba k, LLC Date: 8112/2022 Address: 5505 Walnut Level Road, Crozet, VA 22932 Telephone: (434) 823-5400 SITE DATA 1. Location: 1/4; _1/4; Section Albemarle State: VA Engineer: Andrew Tiefenback, PE Address: 5209 Center St. Williamsburg VA23188 757-358-9080 Township _; Range Street Address: 5505 Walnut Level Road, Crozet, VA 22932 2. Panel(s)No. ofNFIPmap(s) affected: 51003CO100D 3. Type of Development: FillingE] Grading 0 Excavation 0 Minor Improv. Substantial Improv. 0 New ConstructionF-1 OtherE 4. Description of Development: The development involves stream restoration and enhancement, respectively, of approximately 2,173 LF and 1,720 LF of degraded stream channel. The project will also involve riparian buffer activities including restoration ot 24.4 acres ot riparian butter. 5. Name of Flooding Source: Unnamed Tributaries to the Doyles River COMMENTS: The downstream end of the proposed stream restoration sits in a FEMA Flood Hazard Zone A. The sections within the FEMA-delineated Zone A an one show a decrease in water here is imorovement to cai)acitv and no rise/no impact is anticipated. This is to certify that I am a duly qualified engineer licensed to practice in the State of Virginia . it is to further certify that the attached technical data supports the fact that the proposed development described above will not create any increase to the BaseFlood Elevations, on thenamed flooding source, at published cross sections in the Flood Insurance Study for the above community dated — April 2, 2014 - and will not create any increase to the Base Flood Elevations at unpublished cross sections in the vicinity of the proposed development. Name: Andrew Tiefenback, PE Signature: 144VW- ��� Date: 8/11/2022 Title: Civil Engineer License No.: 60845 (Sea]) R7-No Rise (Converted to Adobe Fornt by State of Virginia) 09-17-19 (3 Stantec August 11, 2022 File: 203443600 Stantec Consulting Sentices Inc. 5209 Center Street, Williamsburg VA 23188-2680 t�TH op ANDREW J. TIEFENBACK Lic. No. 60845 08/11/2022 111111Q�S'ONAL Reference: Innisfree Stream Mitigation Bank Phase 2 — Stormwater and Hydraulic Calculations This document serves to summarize stormwater and hydraulic calculations for the Innisfree Stream Mitigation Bank Phase 2 Project (Project). The project includes stream and wetland restoration for mitigation purposes. STORMWATER MANAGEMENT WATER QUALITY (VRPM) While this project is a stream restoration and buffer enhancement project and does not include additional impervious area, Stantec evaluated the site using the Project site with the new development spreadsheet for the Virginia Runoff Reduction Methodology (VRRM) to establish that no pollutant reductions are required for the project for Water Quality Compliance under 9VAC25-870-65. The site is currently agricultural land and portions will continue to be used for crop -production and pasture. However, the stream and wetland restoration areas and adjacent vegetated buffers Will be protected in perpetuity under the terms of the Mitigation Banking Instrument (MBI). For this analysis, an overlay analysis was performed in ArcGIS to determine the Landcover and Soil HSG within the project Limits of Disturbance (LOD) in proposed condition. Soil data was obtained from the USDA SSURGO database and landcover was determined through aerial imagery and the proposed planting plan. All areas within the LOD are to be vegetated with suitable native plantings or seeding in proposed condition, therefore Forest/Open Space was selected as the VRRM Land Cover. The VRRM Summary for this analysis is presented in Figure 1. The spreadsheet indicates that TP Load Reduction is not required for this project. APPROVED by the Albemarle County Community Development Department Date 11/30/2022 File WP0202200037 — F P202200012 Design with community in mind August11,2022 Page 2 of 4 Reference: Innisfree Stream Mitigation Bank Phase 2 - Stormwater and Hydraulic Calculations DEQ Virginia Runoff Reduction Method NmDevelopment Compliance Spreadsheet -Version3.0 BMP Design Spertfications, List. 2013DraftStds&Spets Site Summary Project-ritle: Innisfree Stream Mitigation BankPhase2 Date: 44794 Total Rainfall - 43 Sit. L..d C.�.r Summary i Ascils B sees cSods DSoils I Tells % Of Total F orest/O pen (., �s) 0�00 T72oo7 0,00 0-001 9.96 100 JMa naged run (a c r es) 0.00 0.00 020 Impervi ous Cover J�res) 0.00 1 0.00 0.00 ;,Do �=1000=0 1 9.96 Site Tv and Land Cover Nutrient Loads Ment 0�.03 Volume Ift'l 11085 1 TP Load (lb/yr) 0.68 11111 LOA ifla/yr) 428 iTotal TP Load Reduction Required (Ib/yr) -3.40 TP LOAD REDUCTION NOT REQUIRED Site Compliance Summary Total Runoff Volume Reduction (it) 0 Total TP Load Reduction Achieved ob/VF) O.DD Total TN Load Reduction Achieved (lb/VF) 0.00 Remaining Post Development TP Load 0.68 (Ibtyr) Remaining TP Lead Reduttion (Ib/yr) 0.00 ,Required " TARGET T P RE Duc-nON EXCEED ED BY 3.4 LB/YEAR — Figure 1: VRRM Summary WATER QUANTITY This project is a permittee-responsible stream and wetiand mitigation project. The work proposed includes temporary impacts to perform stream and wetland restoration and enhancement and preservation of natural resources through encumbered buffers inside and outside the proposed limits of disturbance. No impervious cover is proposed as part of this project. Hydrologic characteristics of the project site will improve because of the work and adjoining riparian preservation efforts, providing an effective and encumbered forestlopen space condition following construction and restoration activities. Conservatively, Stantec assumed pre- to post- peak discharges remain the same as summarized on Sheets 43-44 of the Project Construction Document, regardless of limited incidental detention effects of the restoration activities that may be ultimately realized or effects from restoration to a stable Woods in good condition land use. Design with community in mind August11,2022 Page 3 of 4 Reference: Innisfree Stream Mitigation Bank Phase 2 — Stormwater and Hydraulic Calculations While it is our understanding of precedent in past projects that channel and flood protection analyses in the context of stormwater management are not required for stream restoration projects (consistent with other similar linear activities under applicable DEQ Guidance Memo 15-2003), Stantec has evaluated each restoration reach of the project in HEC-RAS and used the hydraulic results to identify appropriate bank treatments and channel bed material requirements of the subject reaches. Additionally, each modeled reach extends downstream and upstream (where appropriate) a minimum of 200 feet to show that hydraulic characteristics of the stream channel upstream and downstream of the restoration work are not adversely affected. The HEC-RAS modeling results are summarized in this Calculation Document. Stantec has also provided a hydraulic summary narrative with this submittal. In sum, our due diligence review of project hydraulics, providing stabilization treatments within the design, providing an effective encumbered forestlopen space condition postconstruction, conformance with the construction general permit conditions, and conformance with the project SWPPP should continue to give reasonable assurance that a requirement for the preparation and implementation of a stormwater management plan elements such as channel of flood protection calculations may be waived in this instance consistent with past precedent and DEQ Guidance Memo 15-2003. HYDRAULIC MODELING Stantec developed existing and proposed condition hydraulic models for each reach of this project to inform structure sizing, channel lining, and to evaluate floodplain/hydraulic impacts related to the design. The hydraulics of the stream corridor were analyzed with U.S. Army Corps of Engineers River Analysis Software (HEC-RAS 6.1) using one-dimensional energy balance equations to solve for hydraulic flow characteristics including water surface elevation (WSE), shear, average velocities, and the distribution of velocities in the channel. The geometry of the existing channel was extracted from an AutoCAD Civil3D surface based on field -surveyed topography. Similar to the existing channel geometry, the geometry of the proposed channel was extracted from an AutoCAD Civil3D surface. This proposed grading was integrated into the existing surface. The Manning's roughness coefficients for the channels were evaluated based on conditions observed in the field. Cowan's method and engineering judgement were applied to select an appropriate reach -specific roughness coefficients of 0.035 to 0.05 in existing condition and 0.045 in the proposed condition for the in -channel portions of the model. The overbank roughness coefficient was set at 0.06 — 0.07 based on observed reach -specific vegetated conditions. The downstream boundary condition Reach 61 assumed a normal depth condition based on a downstream channel slope measured on survey topography. The downstream boundary condition for Reach 8F assumed a constant elevation based on modeled peak elevations for the downstream impoundment the stream outfalls into. All other reaches were modeled using downstream reaches as their downstream boundary conditions. NRCS methodology -based flows calculated for the hydrologic analysis were used to develop sizing recommendations for streambed substrate and determination of scour depths for grade control structures. Modeling demonstrates that erosive velocities and shear stresses are present in the existing condition in various storm events. This is corroborated by field -observed eroded channel banks throughout the length of the proposed project. Where erosive velocities are exhibited in proposed condition, the model has been used to locate and size appropriate linings and grade controls. A 1 0-year design storm was used in sizing stabilization practices. The attached exhibits show model configurations in plan view and hydraulic modeling results are shown in the attached output tables. Design with community in mind August11,2022 Page 4 of 4 Reference: Innisfree Stream Mitigation Bank Phase 2 - Stormwater and Hydraulic Calculations Regards, Stantec Consulting Services Inc. Andrew Tiefenback PE Civil Engineer Phone: 757-358-9080 andrew.tiefenback@stantec.com Design with community in mind �ISTING �INSTEIVI River Sta profile Q Ttal Min Ch El W.S. Ele� E.G. Slo Val Chnl R.A.. 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25 Year 951.45 863.00 866.81 0.013925 938 208.40 132M 0�91 2.72 6.M -1988.69 100 Year 1630M W3.00 867.52 0.015016 11.10 310.68 15&W OM 3.57 9.� -2166.38 1 Year 97.21 859.77 861.39 0.030603 4.25 U.86 41.95 1.02 1.01 4.30 -2166.38 2 Year 199.87 859.77 861.74 0.024921 4.97 42.38 75.41 OM 1.21 4.N -2166.38 10Year 612.37 859.77 862.50 0.015143 6.05 141.0 166.0 0.85 1." 3." -2166.38 25 Year 951.45 859.77 862.83 0.015701 7.00 MI.42 196.31 O.w 1.81 4.71 -2166.38 100 Year 1630.08 859.77 863.39 0.014368 7.95 328.17 255.85 O.w 2.14 5.68 -2352.58 1 Year 9721 855.00 856.91 0.016898 4M 2027 19.37 OM 1.0 &01 -2352,58 2 Year 199.87 855.00 857.55 0.012857 570 �M ".73 078 1.26 2.43 -2352,58 10 Year 612.37 855.00 858.62 0.009551 &" 161.25 162M 073 1.� 2M -2352,58 25 Year 951.45 855.00 859.01 0.010528 T" 2M.52 237A5 078 i.N Z61 -2352,58 100 Year 1630M 855.00 859.68 0.008880 821 "2.16 488A3 074 1.99 t" -M6.58 1 Year 97.21 853.97 8�.49 O.OM130 3.80 42.14 169.21 1.02 0.86 1.15 -M6.58 2 Year 199.87 853.97 8�.63 0.040183 4.85 68.� 211.63 1.17 1.32 2.36 -M6.58 10Year 612.37 853.97 8�.98 0.041179 6.53 158.36 296.N 1.27 2.07 5.28 -M6.58 25 Year 951.45 853.97 855.20 0.0380M 7.35 233.67 373.75 1.27 2.42 6.03 -2466.58 100 Year 1630.08 853.97 855.48 0.036892 8.50 346.47 411.88 1.30 3.00 9.09 -2583.58 1 Year 9721 850.96 851.M 0.013031 1M 61M 159S2 0.61 0.25 OA9 -2583.58 2 Year 199.87 850.96 851.52 0.016375 2.W 93.N 179A9 0.73 0.48 1.14 -2583.58 10 Year 612.37 850.96 852.10 0.013927 4.18 213.78 242.03 0.76 0.81 2.19 -2583.58 25 Year 951.45 850.% 852.37 0.01%38 5.23 289.32 290." 0�" 1.17 3.19 -2583.58 100 Year 1630.08 850.96 852.0 0.013051 5.96 430.50 303.87 OSI 1.35 4.36 -2681.05 1 Year 97.21 848.!M 8%05 0.01U35 3.� 55.63 143.� 0.67 0.54 0.51 -2681.05 2 Year 199.87 848.!M 85039 0.008742 2.87 109.11 177.81 OM 0.41 0.61 -2681.05 10Year 612.37 848.!M 850.95 0.010305 3.97 M.42 235.28 0.67 0.70 1.66 -2681.05 25 Year 951.45 848.!M 851.37 0.007655 4.25 MW 243.73 0.61 0.71 1.85 -2681.05 100 Year 1630.08 848.!M 852.11 0.005461 4.67 517.71 259.18 0.55 0.76 2.13 -2881.92 1 Year 109.00 IWI.26 M6.05 0.024337 6.25 1T� 14.63 tol 1.70 10.63 -2881.92 2 Year 223.14 �1.26 M6.81 0.0211% 7.61 29.41 17.19 1.0 2.21 15.78 -2881.92 10 Year 680.65 �1.26 M8.59 0.008322 7.� 169.76 135.72 0.70 1.73 2.57 -2881.92 25 Year 10�.79 IWI.26 U9.05 0.00�8 871 235.73 151.37 0.76 2.21 4.05 -2881.92 100 Year 180Z57 �,26 M9.70 0.011799 10.74 M1.40 180.w 0.87 3.20 TM -3018.� 1 Year 109.00 U1.19 W.08 0.012388 5.03 21.69 14.98 0.74 1.04 5.21 -3018.� 2 Year 223.14 U1.19 W.62 0.020204 7.24 30.89 18.81 0.97 2.02 13.91 -3018.� 10Year 680.65 U1.19 M5.71 0.008121 7.78 1U.82 142.95 0.70 1.80 2.39 -3018.� 25 Year 1054.79 U1.19 W.M 0.007929 8.50 263.31 177.15 0.71 2.04 2.92 -3018.� 100 Year 1802.57 U1.19 M7.03 0.009218 10.11 399.15 204.28 0.79 2.75 5.03 -31�.50 1 Year 109.00 838.88 MO.76 0.022813 6.M 17.19 13.52 OM 1.71 10.84 -31".50 2 Year 223.14 838.88 M1.77 0.012659 6." 1�1.25 OSO 1.53 2.70 -31�.50 10 Year 680.65 838.88 M2.% 0.010050 7.M 185.39 15TW 0�� 1.92 2.69 -31�.50 25 Year 10�79 838.88 M3.43 0.0108M &89 �.35 17970 OSI 2.W 3.93 -3144.50 100 Year I 180Z57 211!;W 0.112312 1057 M7 89 205 M OM 3.16 6.74 -3255.98 11 )Lear 1 109.00 :g!�151 1 0.017898 1 5. 14.9 1 0.87 1.35 i 7 -3255 : 98 2 Yar �23.14 836.73 1 839.25 0.020841 1 7.60 2956 19.N 1 0.99 2.20 1 5 10Year 680.65 836.73 MO.79 O.009M7 7.87 1M.16 0.76 1.92 M325598 -3255.98 1 25 Year 10M.79 836.73 M1.25 0.0115M 9.28 234.95 147.80 0.&1 2.56 5.10 3255.98 100 Year 1802.57 836.73 M2.01 0.0122M 10.80 358.79 174.19 0.89 3.26 7.85 �ISTING �INSTEM River Ste Profile Q TMI Mim Ch El W.S. Elw E.G. Slo Val Chd i Top Widdlth Fmde # Chi We) (R) (ft) (ft/ft) We ft W ft -3330.74 1 Year 109.00 835.72 837." 0.017565 4.23 25.79 31.89 0.83 0.87 3.69 -3330.74 2 Year 223.14 835.72 837.85 0.020557 5.33 ".M 75.158 0.93 1.28 3.76 -3330.74 10 Year 680.65 835.72 838.74 0.015140 6.96 138.70 117.73 0.89 1.77 5.� -3330.74 25 Year 10M.79 835.72 839.18 0.0156" 8.10 14.3M2 RFI.Ama 191.63 127.n 0.93 2.25 JP�rTMI 8.N -3330.74 100 Year 1802.57 835.72 839.88 0.015707 9.67 286.35 143.3M OM IS�,rChan 2.M 12.25 -3421.56 1 Year 109.00 834.N 8W.08 0.013028 35.23 93.53 0.74 0.84 0.� -3421.56 2 Year 223.14 834.N 8W.46 0.012355 5.01 76.39 116.71 0.75 1.03 1.46 -3421.56 10Year 680.65 834.N 837.17 0.0151M 7.3M2 167.87 139.80 0.89 1.92 4.58 -3421.56 25 Year 10M.79 834.N 837.68 0.013338 7.93 243.7n 9 157.99 OM 2.09 5M -3421.56 100 Year 1802.57 834.N 8M.34 0.014066 . 9.40 355.23 :: 177.30 0.92 2.76 8.86 -3W.12 1 Year 109.00 Mog 831.92 0.029226 4.W 45.72 11&05 100 1.26 1 �67 -3M7.12 2 Year 223.14 Mog 83114 O.OM072 6.33 72.59 132.31 1A3 1.89 3.55 -3M7.12 10 Year WO.65 Mog 83280 0.026797 7.W 172.62 175.13 i.m 2.49 6.� -3M7.12 25 Year 10M.79 Mog 833 N 0.03W3 9.96 215.0 im.w 128 3.76 11.91 -3W.12 100 Year 1802�57 Mog 833.52 0.035836 11.66 314.40 21379 tu 4.78 18.73 -3789.� 1 Year 109.00 825.99 828.84 0.011278 4.10 48.59 163.74 O.M 0.75 0.� -3789.� 2 Year 223.14 825.99 829.11 0.0121� 4.90 97.� 189.79 0.73 0.99 0.88 -3789.� 10 Year 680.65 828.99 829.60 0.01NN 7.0 192.59 198.23 0.95 2.05 3.96 -3789.� 25 Year 10�.79 M.99 83005 0.01�8 7.57 282.52 207.25 0.87 2.00 4.0 -3789." 100 Year 1802.57 826.99 830.82 0.010847 7.88 456.M 243.06 0.79 1.97 4.99 -3903.62 1 Year 109.00 U3.78 825.48 0.024208 6.23 17.51 14.78 tol 1.69 10.52 -3903.62 2 Year 223.14 823.78 826.26 0.020335 7.0 30.55 23.93 OM 2.10 1 i.0 -3903.62 10 Year 680.65 823.78 827.89 O.00W97 7." 188.01 1�.15 071 1.72 2.37 -3903.62 25 Year 10�19 823.78 828.30 0.010392 8M 252.66 161.4) OSO 2.30 4.19 -3903.62 100 Year 1802�57 U3.78 828.93 0.01M6 10.69 357.92 172�M OM 3.M &N 4033.32 1 Year 109.00 819.97 822.53 0.016142 5.76 U.38 K.84 0.82 1.36 3.17 4033.32 2 Year 223.14 819.97 823.0 0.012899 6.59 55.12 60.67 0.78 1.57 2.87 4033.32 lOYear NO.65 819.97 824.43 0.012418 8.61 158.34 107.89 0.82 2.33 4.79 4033.32 25 Year 1054.79 819.97 824.90 0.014643 10.19 210.58 113.43 0.91 3.12 8.33 4033.32 100 Year 1802.57 819.97 825.63 0.017014 12.31 296.73 M.78 1.01 4.30 15.29 4179.82 1 Year 109.00 818.99 820.20 0.018197 4S1 3TO2 62.08 OS7 1.07 1M 4179.82 2 Year 223.14 818.99 820.51 0.021737 635 59S5 �.35 0�99 1.69 155 4179.82 10 Year 680.65 818.99 821.32 0.020W &57 149.73 121 �49 1 �05 2.62 7.W 4179.82 25 Year 10�79 818.99 821.73 0.021538 9M . 2W.22 121� lAl 3.29 11.27 4179.82 100 Year 1802�57 818,99 822.37 0.023330 11.99 2W.49 12810 110 4.47 20.N �09.59 1 Year 124.29 815,98 817.79 0.018312 4.53 37.06 75.32 0.85 0.98 1.87 �09.59 2 Year 251.35 815,98 818.20 0.014791 5.24 78.41 123.95 0.82 1.15 1.86 4309.59 lOYear 757.57 815,98 818.91 0.015M5 7.30 191.89 185.21 0.91 1.93 4.05 4309.59 25 Year 1166.98 815,98 819.24 0.018056 8.61 255.37 197.91 IM 2.55 6M 4309.59 100 Year 1990.03 815.98 819.81 0.018852 10.19 374.97 UO.14 IM 3.32 10.60 4379.00 1 Year 124.29 813.80 816.02 0.013313 4B3 49A5 101M 073 0.93 1.00 4379.00 2 Year 251.35 813.80 816.32 0.016531 5.N 81.36 114.10 O.M 1.43 2.24 4379.00 10 Year 757.57 813.80 817.� 0.014168 7.47 205.76 175.M 0.&1 i.m 3.� �79.00 25 Year 11M.98 813.80 817.70 0.0131� 8.10 �1.22 im.10 0.83 2.15 4.M 4379.00 100 Year 1990M 813,80 818.M 0.014537 970 432.72 237A9 OM 2.89 T55 �6.47 1 Year 124.29 812.00 814.47 0.010518 5.37 40.K 75.87 O.M 1.10 1.05 �86.47 2 Year 251.35 812.00 814.% 0.009358 5.91 101.67 157.05 OB7 1.23 0.93 �86.47 10Year 757.57 812.00 815.65 0.014035 8.� M.Go 214.M O.w 2.37 3.08 �86.47 25 Year 1166.98 812.00 816M 0.016497 9.95 310.73 251.92 0.� 3.10 4.74 �6.47 100 Year 1990.03 812.00 816M 0.0186U 11.57 �.92 282.& 1.03 4.01 8.13 4617.75 1 Year 124.29 W8.00 80938 0.001717 t67 7431 65,39 028 0.12 0.20 �17.75 2 Year 251.35 808.00 809.88 0.002M 2.30 IN.46 73,10 0.33 0.21 0." �17.75 10 Year 757.57 808.00 811.03 O.00M51 3.73 203.27 0,51 0.� 0.48 1.79 4617.75 25 Year 11M.N 808.00 811.67 0.003930 4.42 M3.86 100A4 0." O.M 2.M 4617.75 100 Year 1990M ",00 812.61 O.ON207 &" 371.46 132�� OM 0.90 3.91 �97.78 ear .29 808.00 808.M 0.013624 3.K 37.0 55.66 0.71 0.57 1.90 �97.78 2 Year 25 ol 04 4 05 62 1 0.77 3.10 4697.78 10Year 757.57 80800 81017 013624 6 ol 30 81 96!0�3 013 0 1 808.00 1 810.63 ol 3612 G�1166.98 709 !1 '7871 111.28 1 OM 11711 4697.78 100 Year 1990.03 1 808.00 1 811.36 1 PROPOSED MAINSTEM River Sta P.file Q Tcrtal Mi. Ch El W.S. Ele� E.G. Slam VelChd RmArea Top �fth Froude # Chi Sihear Chm P.r Tcrtal ("la) (ft) (ft) (Wft) (W.) (-q ft) (ft) (lWsq ft) (lbtft a) 287.64 1 Year 13.14 949.12 N9.55 0.037977 2.36 5.56 21.30 0.82 0.62 1.01 287.64 2 Year 25.66 949.12 N9.67 0.1�555 3.15 8.26 M.23 0.93 0.99 2.72 287.64 10 Year 73." 949.12 950.01 0.033972 4.30 19.69 Q.92 0.91 1.47 3.80 287.64 25 Year 112.26 949.12 950.23 0.027027 4.0 30.93 63.43 0.85 1.55 2.98 287.64 100 Year 189.20 949.12 950.50 0.025257 5.30 50.01 76.25 0.83 1.88 3.91 129.M 1 Year 13.14 941.76 942.27 0.0%224 3.10 4.23 14.39 tol 1.03 3.18 129.84 2 Year 25.66 941.76 942.� O.W370 3.68 7.02 17.28 0.93 i.w 4.27 129.M 10 Year 73." 941.76 942.89 0.0307M 4.80 18.39 35.78 0�91) 1.70 3.92 129.M 25 Year 112.26 941.76 943.16 0.024203 5.07 30.S2 51.18 OS3 1.74 3.30 129.M 100 Year 189.20 941.76 943.48 0.023159 5S3 4&N 62,11 OS5 2.11 438 50.M 1 Year 13.14 937.98 938.58 0.032466 2.94 4.47 10.87 0.81 0.83 2.� 50.M 2 Year 25.66 937,98 938.74 0.04� 4.07 6.32 12.54 0.9) 1.46 5.74 50.M 10Year 73." 937,98 939.W 0.024555 4.76 20.88 39.56 0.82 1.58 2.83 50.M 25 Year 112.26 937,98 939.48 0.024661 5.0 30.09 ".N 0.85 1.92 3.74 50.M 100 Year 189.20 937.98 939.80 0.024509 6.28 46.69 56.07 o.m 2.40 5.14 -19.14 1 Year 1114 935." 936.W 0.038213 163 3.1� 972 0�98 1.02 119 -19.14 2 Year 2&W 935,� 936.35 0.024653 4A1 7.48 20,98 0�ffi 1.09 1 �87 -19.14 10 Year 71" 935,� 936.86 0.017636 &W 2575 W.57 079 i.m tw -19.14 25 Year 112.26 935,� 937.W 0.018609 &M 36S7 59.58 0�m 1.64 2A8 -19.14 100 Year 189.20 935,� 937.37 0.019352 &57 M10 72.35 OS8 2.07 115 -89.82 1 Year 13.14 931.43 932.05 0.035373 3.68 3.65 8.93 0.� 1.01 3.21 -89.82 2 Year 25.66 931.43 93230 O.O29U3 4.50 6.30 12.40 0.94 1.30 3.76 -89.82 1GYear 73." 931.43 932.99 0.017614 5.45 20.47 S2.71 0.81 1.53 2.� -89.82 25 Year 112.26 931.43 933.28 0.016904 6.06 31." 42.90 o.S2 1.77 2.75 -89.82 100 Year 189.20 931.43 933.69 0.01�1 6.89 51.63 56.97 0." 2.13 3.39 -149A7 1 Year 1114 928,77 929.51 0.051220 3S2 3." T74 1 �01 1.37 521 -149.47 2 Year 25.66 928.77 929.77 0.1�353 4.K 5.75 10.25 to 1.70 6.67 -149.47 10 Year 73." 928.77 930.42 0.13=2 5.17 20.0 35.68 OSO 1.76 2.88 -149.47 25 Year 112.26 928.77 930.68 0.021976 5.75 31.19 �33 OSI 2.05 3.33 -149A7 100 Year 189.20 928.77 931.05 0.020N2 &" 50B5 59.03 OS2 2.42 4A6 -215.09 1 Year 13.14 925.42 925.97 0.041756 3.55 3.70 9.61 1.01 0.99 3.53 -215.09 2 Year 25.66 925.42 926.21 0.037776 4.09 6.27 12.19 I.W 1.20 4.91 -215.09 1GYear 73." 925.42 926.74 0.027119 5.33 14.&1 M.59 0.95 1.64 5.98 -215.09 25 Year 112.26 925.42 927.06 G.OU579 5.87 U.N 25.63 0.91 1.81 6.11 -215.09 100 Year 189.20 925.42 927.57 0.018215 6.56 38.76 41.62 O.W 2.03 5.13 -246.39 1 Year 13.14 923,80 924.35 0.052309 3.0 3.63 9�� tol 1.27 4.59 -2�39 2 Year 25.66 923,80 924.58 O.N5339 4.41 5.85 10.41 tw 1.65 6.72 -2�39 1GYear 73.� 923,80 925.� 0.027824 5.61 15.55 M.25 OS9 2.09 5.59 -246.39 25 Year 112.26 923,80 925.63 0.018931 5.60 29.57 43.81 0.� 1.89 2.9) -24639 100 Year 189.20 923,80 926.05 0.017525 625 5189 �.58 0.76 2.19 117 -306.70 1 Year 14.74 920.98 921.65 0.030579 4.13 3.57 6.71 1.00 0.97 4.00 -306.70 2 Year 28.45 920,98 921.M 0.027368 5.03 5.68 7.83 1.00 1.27 5.83 -306.70 1OYwr 82.09 920,98 922.80 0.014621 6.03 19.38 25.� 0.83 1.42 2.87 -306.70 25 Year 124.98 920,98 923.21 0.012987 6.57 31.74 37.67 0.81 1.57 2.(M -306.70 100 Year 210.56 920,98 923.78 0.010772 7.05 62.K 69.42 0.� 1.67 2.W �OS5 1 Year 1474 916,40 916.81 0.011517 1 �41 19�05 11825 0�� 0.15 0�w �OS5 2 Year 28A5 916.40 916.81 O.U29W 273 19�05 11825 1 �05 0.57 0�64 �OS5 10 Year 82�0 916.40 916.93 0.057489 4�W MA9 U&M 131 1.20 2�N �OS5 25 Year 124.98 916,40 917.02 0.0559m 4�93 4&W 133.69 tu 1.47 127 �OS5 100 Year 210.56 916,40 917.15 O.OW89 5S7 6167 iw�� 139 1.90 528 -509.0 1 Year 14.74 912.48 913.18 0.039280 3.87 3.81 8.23 1.00 1.11 4.30 -509�� 2 Year 28.45 912.48 913.46 0.027875 4.34 7.37 16.91 0.91 i.0 2.89 -509�� 10Year 82.09 912.48 914.05 0.020074 5.50 U.39 34.09 0.85 1.60 3.00 -5W� 25 Year 124.98 912.48 914.28 G.OU478 6.49 30.96 0.68 0.92 2.10 4.28 -509.� 100 Year 210.56 912.48 914.89 0.011700 5.86 80.13 115.w 0.70 1.53 I.S2 -�I� 1 Year 1474 911,16 911.07 0.031686 3.63 T22 0.00 3.87 -�I� 2 Year 28.45 911,16 911.� 0.016826 1.51 7.79 16.62 o.m 0.� 1.74 -�I� 10 Year 82.09 911,16 911.93 0.018310 2.85 �.36 47.M 070 0.58 1.94 -�I� 25 Year 124.98 911,16 912.06 0.025%8 3.0 29.55 57.62 OS5 0.99 3.42 -�I� 100 Year 210.% 911,16 912.30 0.030217 5.17 �.07 �.00 0�98 1.61 6.13 -593.91 1 Year 14.74 908.69 909.36 0.032160 3.67 4.01 9.57 1.00 0.82 Im -593.91 2 Year 28.� 908.69 909.59 0.027482 4.� 6.43 10.75 0.9) 1.05 4.0 -593.91 1GYear 82.09 908.69 910.29 0.014555 5.30 U.16 35.47 0.81 1.17 2.08 -593.91 25 Year 124.98 908.69 910.58 0.013852 5.91 33.76 43.m 0.82 1.36 2.45 -593.91 100 Year 210.56 908.69 910.99 0.014015 6.92 54.87 58.99 O.W 1.73 3.10 -63&� 1 Year 1414 ",18 907.12 0.025233 156 4.15 T97 OS7 0.74 2.62 -63&� 2 Year 28.� �.18 907.38 0.02591� 4.55 6.25 8.37 O�92 1.07 4.83 -63&� 10 Year 82.09 9D3.18 908.23 0.010290 4.74 31.N 59.38 0�66 0.91 0.86 -63&� 25 Year 124.98 ".18 908.43 0.011852 550 43.57 65.20 072 1.17 1.38 -63&� 100 Year 210.% �.18 908.73 0.013792 &57 M�N 73.74 OSI) 1.59 Z� -709.M 1 Year 14.74 91M.75 91�10 0.046812 5.21 12.33 O.W 3.38 -709.M 2 Year 28.45 91M.75 904.M O.N8M7 1.76 10.15 28.76 0.93 0.30 2.93 -709.M 1GYear 82.09 91M.75 905.28 0.0%8M 4.24 23.09 ".53 i.N 1.18 5.90 -709.M 25 Year 124.98 91M.75 90542 O.W1781 5.K 29.89 53.w 1.42 1.78 8.92 -709.M 100 Year 210.56 �35 905.66 0.054038 6.83 43.33 57.42 1.43 2.37 12.14 -9NA8 1 Year 14.74 8%,04 896.66 O.OW589 � 0 2. '5 1.0 0.60 1.73 -9N.18 2 Year 28.45 8�,04 8M.82 O.OW15 311. 67." 1.02 0.68 2.17 -9N.18 10 Year 82.09 8%,04 897.14 0.0318� 1 3.78 1 21.72 11833 1.01 o.m 3.23 -9N.18 25 Year 124.98 8%.N 897.29 0.030177 4.23 29.68 1".07 1.02 1.00 3.92 -9N.18 100 Year 210.56 896.N 89757 0.016164 4.11 70.18 165.70 0.80 0.82 1.26 PROPOSED MAINSTEM River Sta prc,fil� Q Ttal Mi. Ch El W.S. Ela� E.G. Slam VelChd RmArea Top �fth Froude # Chi Sihear Chm P.r Tcrtal ("la) Mi Mi (Wft) (We) (.q ft) Mi (lWsq ft) (lbtft a) -1063.91 1 Year 51.� 887.69 888.58 0.019080 IM 17.06 37.22 0.78 0.59 1.61 -1063.91 2 Year loo.m 887.69 888.86 0.0192" 3.&1 28.90 �.87 0.82 0.77 2.67 -1063.91 10 Year 331.M 887.69 889.41 0.021338 5.61 64.24 81.27 0.94 1.40 5.37 -1063.91 25 Year 517.14 887.69 889.72 0.020423 6.47 91.58 94.83 0.� 1.72 6.87 -1063.91 100 Year 890.86 887.69 80.23 0.018938 7.(M 1�315 IU.07 0.97 2.16 8.M -12N.67 1 Year 51.� 8a2.90 8M.39 0.030125 4A8 12.31 M.90 tol 0.98 4A0 -1234.67 2 Year 106.54 8a2.90 8M.73 0.028899 4.70 U.86 38.57 1.02 1.16 4�N -12N.67 10 Year 331.M 8a2.90 885.51 0.017677 &M 64.� 69.93 0.91 1.% 5A6 -1234.67 25 Year 517.14 882.90 885.m 0.015283 &92 100.31 91.93 0.89 1.76 &W -1234.67 100 Year 890.86 882.90 886.57 0.01�07 SAO 163.59 114A5 0.0 2.20 &93 -1418.20 1 Year 51.� 8�.18 878.01 0.027582 4.& 10.63 14.61 1.00 1.20 5.79 -1418.20 2 Year 106.54 8�.18 878.46 0.024048 6.11 17.50 15.71 1.00 1.64 9.56 -1418.20 10Year 331.M 8�.18 879.89 0.013623 7.88 52.71 36.92 0.86 2.08 7.36 -1418.20 25 Year 517.14 8�.18 880.72 0.010670 8.38 M.60 69.28 0.80 2.15 4.87 -1418.20 100 Year 890.86 8�.18 881.68 0.009323 9.25 183.11 114.% 0.78 2.41 4.� -1587.99 1 Year 51 �45 872.26 873.55 0.014ffil 1613 14�51 18,75 0.67 0.77 2�33 -1587.99 2 Year lffi.� 872.26 874.05 0.012595 4�� 2&57 24,13 0�63 1.08 142 -1587.99 10 Year 331.N 872.26 874.83 0.02�00 &57 4&33 N,66 1 �02 3.26 16.m -1587.99 25 Year 517.14 872.26 875.76 0.014252 831 89A7 53,08 OS3 2.72 &41 -1587.99 100 Year 890.86 872,26 876.57 0.015310 10,05 1M.65 %73 0�90 3.69 13.90 -1664.13 1 Year 97.21 870,19 871.64 0.028501 5.72 17.42 19.24 0.93 1.85 8.85 -1664.13 2 Year 199.87 870,19 872.29 G.OU477 6.99 31.S2 24.53 0.94 2.35 11.20 -1664.13 1GYear 612.37 870,19 873.99 0.010018 7.42 155.28 124.15 0.71 2.10 3.05 -1664.13 25 Year 951.45 870.19 874.43 0.011813 8.72 2D9.99 127.57 0.78 2.79 5.� -1664.13 100 Year 1630.08 870.19 875.08 0.014365 10.67 ZM.09 132.68 0.89 3.97 10.90 -1738.85 1 Year 9721 867.91 869.49 0.015612 5A9 1874 14.77 OS1 1.15 5.97 -1738.85 2 Year 199.87 867.91 870.12 0.018269 6.93 2&75 17.03 O�92 1.87 12.25 -1738.85 10 Year 612.37 867.91 872.20 0.009165 8.27 118.01 S2.99 0.74 2.03 4.10 -1738.85 25 Year 951.45 867.91 872.91 0.009381 9.36 IM.24 1N.� 0�� 2.� 5.21 -1738.85 100 Year 1630�N W7.91 873.90 O.00N70 10.71 W1.95 129.18 OSI) 3.01 7.31 -1853.17 1 Year 97.21 865.� 867.25 0.021803 5.93 16.0 13.89 0.� 1.53 9.05 -1853.17 2 Year 199.87 865.� 867.98 0.020197 6.65 30.95 29.01 0.97 1.78 8.42 -1853.17 1GYear 612.37 865.� 869.47 0.010423 7.61 136.83 105.73 0.78 1.85 3.73 -1853.17 25 Year 951.45 865.� 869.98 0.011438 8.86 194.20 119.16 0.&1 2.38 5.65 -1853.17 100 Year 1630.08 865.� 870.76 0.0123U 10.54 295.53 139.94 0.90 3.15 8.91 -1988.69 1 Year 97.21 833.00 8M.72 0.016M2 539 18.03 14.62 0�86 1.25 6.72 -1988.69 2 Year 199.87 863.00 865.45 0.010258 5.66 59.14 87.30 072 1.18 1.� -1988.69 1GYear 612.37 863.00 866.M 0.012938 8.16 149.53 117.19 0�ffi 2.17 4.19 -1988.69 25 Year 951.45 863.00 866.81 0.013925 938 2DB.40 13Z53 0�91 2.72 6.M -1988.69 100 Year 1630�M W3.00 867.52 0.015016 11.10 310.68 15&W 0�98 3.57 9.� -2166.38 1 Year 97.21 859.77 861.47 0=099 3.68 26.41 47.27 0.87 0.75 2.76 -2166.38 2 Year 199.87 859.77 861.81 0.018152 4.50 48.56 91.78 0.85 0.97 2.� -2166.38 10Year 612.37 859.77 862.50 0.015143 6.05 141.0 166.1M 0.85 1." 3." -2166.38 25 Year 951.45 859.77 862.83 0.015701 7.00 AH.42 196.31 0.913 1.81 4.71 -2166.38 100 Year 1630.08 859.77 863.39 0.014368 7.95 328.17 255.85 0.913 2.14 5.68 -2352.58 1 Year 9721 8%.� 857.� 0.02N60 4�07 3620 83.10 OSI) 1.02 1 AS -2352,58 2 Year 199.87 sm.� 857.77 0.026939 5A7 5T52 95.56 0�94 1.57 3.50 -2352,58 10 Year 612.37 sm.� 858.47 0.023671 BS1 1�.38 15&� 0�% 2.29 5.73 -2352,58 25 Year 951.45 sm.� 858.74 0.025608 T93 193.24 18535 1 �02 2.92 8.14 -2352,58 100 Year 1630�N sm.� 859.22 0.024241 &% W2.26 290A8 1 �03 3.48 &45 -2�6.58 1 Year 97.21 852.88 8�37 0.012535 3.71 39.21 143.76 0.65 0.79 0.53 -2�6.58 2 Year 199.87 852.88 8�.0 0.013286 4.42 80.M 196.07 0.69 1.04 0." -2�6.58 1GYear 612.37 852.88 855.06 0.017945 6.28 194.� 340.39 0.85 1.89 2.01 -2�6.58 25 Year 951.45 852.88 855.28 0.019293 TIM 273.82 388.S2 0.89 2.29 2.94 -2466.58 100 Year 1630.08 852.88 855.58 0.021502 8.M 397.78 415.96 0.97 2.96 5.25 -2583.58 1 Year 9721 850.57 851.27 0.017461 278 1�Sg 0�63 0.% 073 -2583.58 2 Year 199.87 850.57 851.51 0.016274 3.13 92.28 173.� OB9 0.65 1.17 -2583.58 10 Year 612.37 850.57 852.07 0.014W 4.36 213.81 259.83 072 1.05 2.19 -2583.58 25 Year 951.45 850.57 852.0 0.01%01 5.15 290.87 289.0 076 1.36 3.19 -2583.58 100 Year 1630.08 850.57 852.85 0.012605 5.67 �.N 30192 072 1.49 4.21 -2681.05 1 Year 97.21 84S!M 850.11 0.008815 2.73 63.35 147.49 0.57 0.38 0.36 -2681.05 2 Year 199.87 848.!M 850.39 0.008686 2.86 109.38 178.01 0.57 0.41 0.60 -2681.05 1GYear 612.37 848.!M 851.00 0.008573 3.75 242.84 236.02 0.61 0.61 1.38 -2681.05 25 Year 951.45 84&!M 851.42 0.006785 4.09 W.71 2".S2 0.57 0.66 1.1M -2681.05 100 Year 1630.08 84&!M 852.12 0.005437 4.67 518.45 259.24 0.� 0.75 2.12 -2881.92 1 Year 109.00 B45.10 M6.52 0.031082 5.53 1912 21.03 tol 1.80 9�92 -2881.92 2 Year 223.14 845.10 M7.20 0.020MO 6.24 39.30 41.75 OSB i.N 6.72 -2881.92 10 Year 680.65 845.10 M8.48 0.011955 7.15 156.65 132.� 075 2.08 3.83 -2881.92 25 Year 10�.79 S45.10 M8.87 0.013907 8.41 211.11 1�Ag OS3 2.75 6.� -2881.92 100 Year 180Z57 M5,10 M9.48 0.016281 10.22 �.14 16876 0�92 IM 10.82 -3018.� 1 Year 109.00 ml.33 M3.10 0.011M 3.96 27.0 23.92 0.63 0.84 3.14 -3018.� 2 Year 223.14 M1,33 M3.61 0.014505 5.68 40.68 27.47 0.76 i.m TM -3018.� 1GYear wo.65 M1,33 M5.16 0.012881 8.M 115.35 86.96 O.W 2.60 6.24 -3018.� 25 Year 1054.79 R41,33 WAD 0.009004 8.10 238.41 167.99 0.70 2.0 3.51 -3018.� 100 Year 1802.57 M1,33 W.84 0.010068 9.55 375.26 197.74 0.76 3.08 5.70 -31�.50 1 Year 109.00 8M,88 U0.77 0.022182 6.28 17.37 13.57 0�98 1.67 10.50 -31".50 2 Year 223.14 838.88 U1.77 0.012659 6." U.25 OSO 1.53 2.70 -31�.50 10 Year 680.65 838.88 U2.% 0.010050 7.&1 185.39 157.W 0�� 1.92 2.69 -31�.50 25 Year 10�79 838.88 U3.43 0.0108m 8S9 �.35 17970 OSI 2.W 3.93 -3144.50 100 Year 180Z57 833.88 �.07 0.012352 10.57 337.89 20&� OS9 3.16 6.74 -3255.98 1 Year 109.00 836.73 8M.60 0.018423 5.69 19.16 14.M 0.89 1.38 7.85 -3255.98 2 Year 223.14 836.73 839.25 0.020841 7.60 29.56 19.N 0.9) 2.20 14.15 -3255.98 1GYear W0.65 836.73 MO.79 0.009867 7.87 171.Q im.16 0.76 1.92 313 32 2 25 Year 1054.79 836.73 M1.25 0.011586 9.28 234.95 147.80 0.&1 2.56 5.10 i -3255 . NI T___ 00 Year 1802.57 836.73 M2.01 0.01US4 10.80 358.79 17419 0.89 3.26 7.85 -3330.74 1 Year 109.00 835.72 837.47 0.016380 4�0 26B3 3981 OSI) 0.82 IM -3330.74 2 Year 223.14 835.72 837.85 0.020557 533 ��M 75.58 O�93 1.28 376 PROPOSED MAINSTEM Rwr Ste Profile Q Total Mi. Ch El W.S. Elee, E.G. Slow VelChd R.Area Top ffldffi Froude # Chi Shear Chaa P�r Total (cft) (R) Mi (ft/ft) (fvs) (sal ft) Mi (Ibtsq ft) (Ibtft s) -3330.74 10 Year 680.65 835.72 838.74 0.015140 6.96 138.70 117.73 OS9 1.77 5.� -3330.74 25 Year 10�.79 835.72 839.18 0.01� 8.10 191.63 127.29 O�93 2.25 &N -3330.74 100 Year 1802.57 835.72 839.88 0.015707 9B7 283.35 143.M 0�98 2.� 12.25 -3421.56 1 Year 109.00 834.N 8W.06 0.013904 4.� 33.74 91.67 0.76 0.88 I.0 -3421.56 2 Year 223.14 834.N 8W.46 0.012330 5.01 76.� 116.73 0.75 1.03 1.46 -3421.56 1GYear 680.65 834.N 837.19 0.014671 7.23 170.07 140.28 0.87 1.86 4.41 -3421.56 25 Year 1054.79 834.N 837.68 0.013302 7.92 2".03 158.(M 0.83 2.09 5.50 -3421.56 100 Year 1802.57 sm,� 8M.34 0.014066 9.46 355.23 177.30 0.92 2.76 8.86 -3W.12 1 Year 109.00 830,09 831.93 0.026518 4.78 47.35 118.81 0�% 1.16 1.50 -3M7.12 2 Year 223.14 830,09 832.14 O.OM072 6.33 72.59 132.31 1A3 1.89 3.55 -3M7.12 10 Year 680.65 830,09 832.79 0.028236 &08 169.33 173.37 1A2 2.60 6.86 -3W.12 25 Year 10�79 830,09 833.N 0.03W3 9�� 215.M 1��36 1 �28 3.76 11.91 -3W.12 100 Year 1802�57 8W.09 833.52 0.035836 11.66 314.40 21379 tm 4.78 18.73 -3789." 1 Year 109.00 827.00 828.62 0.018740 4.55 27.90 U.23 0.79 1.18 1.51 -3789." 2 Year 223.14 827.00 829.03 0.013004 4.68 90.25 188.� 0.70 1.13 0.96 -3789." 1GYear 680.65 827.00 82955 0.018437 6.87 190.14 197.35 0.87 2.19 3.96 -3789." 25 Year 1054.79 827.00 830.05 0.013167 6.� 290.73 207.� 0.� 1.97 4.17 -3789." 100 Year 1802.57 827.00 830.80 0.010625 7.28 458.38 242.02 0.72 2.07 4.92 -3903.62 1 Year 109.00 824.27 825.73 0.031371 5A9 %W 21.85 tol 1.78 9�63 -3903.62 2 Year 223.14 824.27 826.31 0.025239 674 M32 27.17 0�93 2.29 12.76 -3903.62 10 Year 680.65 824.27 827.79 0.010851 T03 175.99 152�M 072 1.98 IM -3903.62 25 Year 10�79 824.27 828.17 0.013150 839 2M.59 159A8 0.81 2.71 5A1 -3903.62 100 Year 1802�57 824,27 828.78 0.015276 10.11 335.45 169�81) 0�913 3.72 10.07 4033.32 1 Year 109.00 819.97 822.57 0.014373 5.� 23.91 34.68 0.� 1.24 2.68 4033.32 2 Year 223.14 819.97 823.0 0.012899 6.59 55.12 60.67 0.78 1.57 2.87 4033.32 10Year 680.65 819.97 824.43 0.012418 8.61 158.34 107.89 0.82 2.33 4.79 4033.32 25 Year 1054.79 819.97 824.90 0.01�3 10.19 210.58 113.� 0.91 3.12 8.33 4033.32 100 Year 1802.57 819.97 825.63 0.017014 12.31 296.73 1U.78 1.01 4.30 15.29 4179.82 1 Year 109.00 818,99 820.17 0.021100 &07 35.11 62.03 O�93 1.20 2.30 4179.82 2 Year 223.14 818,99 820.51 0.021737 6.35 59.85 M.35 0�99 1.69 3.55 4179.82 10 Year 680.65 818,99 821.32 0.020540 8.57 149.73 121.49 1.05 2.62 7.09 4179.82 25 Year 10�.79 818,99 821.73 0.021538 9.90 2DO.22 121� lAl 3.29 11.27 4179.82 100 Year 180257 818,99 822.37 0.023330 11.99 280.49 12820 1 �20 4.47 20.N 4309.59 1 Year 124.29 814.43 816.62 0.007852 3.83 32.41 M.87 0.� 0.74 2.S2 4309.59 2 Year 251.35 814.43 817.10 0.0W55 5.85 42.96 23.36 0.76 1.62 9." 4309.59 10 Year 757.57 814.43 818.67 0.009%7 7.05 186.� 176.19 0.68 1.93 2.55 4309.59 25 Year 1166.98 814.43 819.12 0.010757 8.13 269.42 193.M 0.73 2.46 4.03 4309.59 100 Year 1990.03 814.43 819.75 0.012677 9.78 399.41 217.79 o.S2 3.38 7.19 4379.00 1 Year 124.29 814.27 815.� 0.01M87 3.93 48.42 98.65 0�63 0.88 1.06 4379.00 2 Year 251.35 814.27 816.27 0.014713 4.93 83.02 112.18 074 1.25 2.05 4379.00 10 Year 757.57 814.27 817.19 0.012753 6." 2)S36 172.87 075 1.81 3." 4379.00 25 Year 11M.98 814.27 817.67 0.012089 7.10 �1.07 1�.62 075 2.06 4.51 4379.00 100 Year 1990.03 814.27 818.30 0.013676 &W 429.62 23570 OS3 2.87 7.19 -4486.47 1 Year 124.29 812.00 814.47 0.010518 5.37 40.0 75.87 0.63 1.10 1.05 -4486.47 2 Year 251.35 812.00 814.% 0.009358 5.91 101.67 157.05 0.67 1.23 0.93 �6.47 10Year 757.57 812.00 815.65 0.014035 8.0 M.00 214.M 0.86 2.37 3.08 �6.47 25 Year 1166.98 812.00 816.00 0.016497 9.95 310.73 251.92 0.94 3.10 4.74 �6.47 100 Year 1990.03 812.00 816.50 0.0186U 11.57 �.92 282.0 1.03 4.01 8.13 4617.75 1 Year 124.29 ".00 809.38 0.001717 167 7431 65.39 018 0.12 020 4617.75 2 Year 251.35 ".00 809.88 0.0022� ZW IN.46 73.10 033 0.21 0�" 4617.75 10 Year 757.57 W8.00 811.03 0.0om5i 373 203.27 913.51 0�� 0.48 1 �79 4617.75 25 Year 116&N W8.00 811.67 0.003930 4A2 263.86 100A4 OAS o.m ZM 4617.75 100 Year 1990�03 "'00 812.61 O.ON207 &" 371.46 UZ94 O�52 0.90 3S1 �97.78 1 Year 124.29 �,00 808.M 0.013624 3.32 37.0 55.66 0.71 0.57 1.90 �97.78 2 Year 251.35 0.013604 4.05 62.11 68 0.75 0.77 3.10 �97.78 1GYear 75757 808,00 8!�33 1017 0.01�4 601 130.81 9 :6 ::03 �2 0.83 1.39 �20 �97.78 :2 :y e: :5 a: r:� JJM98 808,00 1063 0.01W12 7!09 178.71 1 11 8 0.86 1.78 890 �97.78 loo Year 199003 ".00 0.0 WN 8.65 288.58 2.40 MSTING R51 TRIBUTARY River Sta P.file Q Tcrtal Mi. Ch El W.S. Ele� E.G. Slope VeIChr,I FImaAma Top �fth Froude # Chi Sl�ear Chm P.r Tcrtal ("la) (ft) (ft) (Wft) (W-) (.q ft) MI (lWsq ft) (lbtft S) -33.94 1 Year 3.45 860.05 860.M 0.034429 2.24 1.54 10.19 1.01 G.m 0.73 -33.94 2 Year 7.02 860.05 860." 0.028486 2.64 2.69 13.41 O.W 0.40 0.93 -33.94 10 Year 20.42 800.05 860.67 0.020502 3.59 6.67 21.02 0.� 0.58 1.24 -33.94 25 Year 31.01 860.05 860.80 0.018648 4.05 9.n 25.35 0.93 0.68 1.42 -33.94 100 Year 52.M 860.05 861.01 0.016419 4.67 15.83 K.31 0.92 0.82 1.65 -88.74 1 Year 3.45 856.06 856.38 0.032258 2.37 1.46 837 tw 0.35 0.83 -88.74 2 Year 7.02 856.M 856.49 0.029192 2.83 2.50 11.29 1.01 0." 1.13 -88.74 10 Year 20.42 856.06 856.77 0.017508 3.62 7.03 24.05 0.89 0.57 0.0 -88.74 25 Year 31 �01 856.06 856.90 0.016180 4.07 10.67 28.36 OS9 0.66 1.10 -88.74 100 Year 52�� 856.06 857.11 0.015508 4�� 16.91 33.43 0�91 0.83 1.51 -142.11 1 Year 3.45 850.97 851.52 0.030329 3.18 1.08 3.55 1.02 0.54 1.71 -142.11 2 Year 7.02 850.97 851.71 0.026860 3.95 1.78 3.90 1.01 0.72 2.70 -142.11 10Year 20.42 850.97 852.21 0.019706 5.47 4.03 5.10 0.98 1.08 4.23 -142.11 25 Year 31.01 850.97 852.52 0.017382 6.18 5.74 5.90 0.96 1.26 4.& -142.11 100 Year �.m 850.97 852.97 0.017055 7.46 8.61 7.08 1.00 1.66 6.51 -185A9 1 Year 3.45 848,98 849.28 0.030266 2�93 1.18 4�" 1.00 0.47 tm -185.19 2 Year 7.02 848.98 mg." 0.027M2 166 1.92 4B3 1.00 0.64 235 -185.19 10 Year 20.42 848.98 849.88 0.022851 5.06 4.06 5.24 1.00 1.00 4.71 -185.19 25 Year 31.01 848.98 850.15 0.019597 5.63 5.66 7.N 0.97 1.13 4.49 -185.19 100 Year 52.M 848.98 850.65 0.012585 5.86 12.71 21.19 0.83 1.07 1.83 PROPOSED R51 TRIBUTARY River Sta P.fila, Q Tcrtal Mi. Ch El W.S. ElaY E.G. Slope VelChd RmArea Top �fth Froude # Chi Sl�ear Chm P.r Tcrtal ("la) (ft) (ft) (Wft) (W-) (-q ft) (ft) (lWsq ft) (lbtft S) -33.!M 1 Year 3.45 860.05 860.M 0.034429 2.24 1.54 10.19 1.01 G.m 0.73 -33.!M 2 Year 7.02 860.05 860." 0.028486 2.64 2.69 13.41 0.% 0.40 0.93 -33.!M 10 Year 20.42 800.05 860.67 0.020502 3.59 6.67 21.02 0.� 0.58 1.24 -33.!M 25 Year 31.01 860.05 860.80 0.018648 4.05 9.n 25.35 0.93 0.68 1.42 -33.N 100 Year 52.M 860.05 861.01 0.016419 4.67 15.83 K.31 0.92 0.82 1.65 -88.74 1 Year 3.45 856.06 856.38 0.032258 237 1.,16 837 tw 0.35 0.83 -88.74 2 Year 7.02 856.M 856.49 0.029192 2B3 2.50 11.29 1.01 0." 1.13 -88.74 10 Year 20.42 856.06 856.77 0.017508 3B2 7.03 24.05 0.89 0.57 0.0 -88.74 25 Year 31 �01 856.06 856.90 0.016180 4�07 10.67 28.36 0.89 0.66 1.10 �34 100 Year 52�� 856.06 857.11 0.015508 4�� 16.91 33.43 0.91 0.83 1.51 -142.11 1 Year 3.45 852.09 852.38 0.048377 2.� 1.24 5.17 1.00 0.71 1.98 -142.11 2 Year 7.02 852.09 852.53 0.0"049 3.35 2.10 6.09 1.01 0.92 3.10 -142.11 10Year 20.42 852.09 85290 0.037515 4.31 4.74 8.33 1.01 1.29 5.57 -142.11 25 Year 31.01 852.09 853.09 0.0342M 4.80 6.51 10.14 1.00 1.49 6.0 -142.11 100 Year 52.M 852.09 853.42 0.026802 5.43 lo.� 14.01 0.94 1.69 6.07 -185A9 1 Year 3.45 M9.22 M9.56 O.N7780 2S9 1.19 4�M 1.00 0.76 2.19 -185.19 2 Year 7.02 849.22 M9.72 O.N3321 151 2.00 518 1.01 0.99 3.47 -185.19 10 Year 20.42 849.22 850.11 0.03BN5 4�W 4.� T� 1.00 1.41 5.81 -185.19 25 Year 31.01 849.22 850.W 0.027611 4�97 6.80 Ill." 0.92 1.49 4.49 -185.19 100 Year 52.M 849.22 850.73 0.020N5 &� 13.6,1 24.90 0.83 1.� 2.57 MSTING R51 River Sta P.file Q Ttal Mip Ch El W.S. Ele� E.G. Sip Val Chd R.A.. Top Mfth Froude # Chi P.r Ttal ("la) (ft) (ft) (Wft) (W.) (.q ft) (ft) s ft h'i s 919.05 1 Year 13.72 854.72 855.� 0.023739 3.� 3.0 6.N - 0.87 0.79 2.98 919.05 2 Year 24.16 854.72 855.w 0.027216 4.69 5.18 7.83 0.97 1.14 4.87 919.05 10 Year 61.41 854.72 856.37 0.014079 5M 15.86 27.12 0.78 1.17 i.N4 9 919.05 25 Year 90.10 854.72 8%.66 0.012M5 5.68 25.36 38.11 0.76 MS�arChap 1.25 1.8uj2 919.05 100 Year 145.72 854.72 857.03 0.011790 6.27 42.00 51.53 0.76 1.43 2.05 703.41 1 Year 13.72 W.90 M9.40 0.0331Wl 3.49 3.93 10.55 tol 0.77 2.70 703.41 2 Year 24.16 848.90 M9.57 0.029802 4.14 5.85 11.29 to 0.96 3.87 703.41 10 Year 61.41 W.90 850.N 0.023015 5.53 11.57 13.29 OM 1.40 6.35 703.41 25 Year 90.10 "S.90 850.33 0.0200% 6.14 15.91 16.58 OM 1.58 6.53 703.41 100 Year 145.72 W.90 850.83 0.015837 678 25M 23.75 OM 1.73 &87 558.42 1 Year ITIN 845.00 �.85 0.030274 4.N 3.97 7.06 1.01 1.02 4.38 558.42 2 Year 30.85 845.00 W.13 0.027158 5.01 6.19 8.58 IM 1.25 5.81 558.42 lOYear 81.N 845.00 W.87 0.018260 6.� 14.30 15.28 0.92 1.65 5.80 558.42 25 Year 119.60 845.00 M7.M 0.013780 6.68 23.67 24.53 O.M 1.63 4.07 558.42 100 Year 1N.61 845.00 M7.92 0.011869 7.35 41.36 37.37 0.81 1.81 3.78 398.93 1 Year 1T� W,99 M2.19 0.011002 3.30 5.17 572 OBI 0.53 1.76 398.93 2 Year M85 W,99 M2.56 0.012139 4A5 7.46 &52 OB7 0.77 3.03 398.93 10 Year 81 �� W,99 M3.12 0.022929 TW it� T67 OM 2.14 12.41 398.93 25 Year 119.60 W,99 MIM 0.02W12 828 1&59 &52 0�97 2.49 14.26 398.93 100 Year 194.61 W,99 �.90 0.009972 T73 37A6 U.78 072 1.87 IQ 212.11 1 Year 17.N 837.N 838.77 0.032471 4.36 3.91 6.74 1.01 1.06 4." 212.11 2 Year 30.85 837.N 839.W 0.028847 5.M 5.96 7.58 IM 1.35 6.55 212.11 10Year 81.N 837.N 839.iM 0.0147M 6.01 17.57 23.23 0.81 1.42 3.05 212.11 25 Year 119.60 837.N MO.32 0.012875 6.42 28.30 33.23 0.78 1.51 2.78 212.11 100 Year 1N.61 837.N mo.m 0.011141 6.W 51.15 56.93 0.75 1.63 2.K 6&� 1 Year 1T� 832.95 833.86 0.030812 4�M 3.89 &62 1.01 i.w 4.65 6&� 2 Year 30.85 M.95 8�.15 0.027282 5.14 6.N T� 1.0 1.31 6.18 6&� 10 Year 81.N 832.95 8U.91 0.019555 6.74 13.17 10.77 0.95 1.81 8." 6&� 25 Year 119.60 832.95 835.53 0.012165 &� 24.63 28.21 0.79 1.57 3.11 6&� 100 Year 194.61 8�.95 836.12 0.010320 T15 �1.28 �.51 076 1.68 2�� -78.57 1 Year 17.N 827.� 828.47 0.024241 4.23 4.03 5.93 0.91 0.95 4.01 -78.57 2 Year 30.85 827.� 828.75 0.027419 5.35 5.78 6.91 1.00 1.39 6.99 -78.57 10Year 81.N 827.� 829.57 0.019802 7.N 12.60 9.72 0.95 1.93 9.27 -78.57 25 Year 119.60 827.� 830.27 0.009072 5.99 U.03 �.98 OM 1.25 1.43 -78.57 100 Year 194.61 827.� 830.66 0.009777 6.88 53.91 56.08 0.73 1.56 2.05 -195.50 1 Year 17.N 824.37 825.23 0.0325� IN 4.39 9�57 tol 0.90 1" -195.50 2 Year 30.85 824.37 825.47 0.029702 4.49 6.87 11.50 tol 1.09 4�� -195.50 lOYear 81.N 824.37 826.03 0.022738 6.08 13.74 12.90 OM 1.60 829 -195.50 25 Year 119.60 824.37 826.� 0.017794 6.� 20.19 20.27 OM 1.69 621 -195M 100 Year 194.61 824,37 827.08 0.01N17 &N 4&05 55.43 014 1.39 223 -337.00 1 Year 17.N 818.M 819.77 0.013833 3.51 4.86 6.00 0.69 0.62 2.18 -337.00 2 Year 30.85 818.M 819.90 0.028602 5." 5.63 6.31 1.01 1.46 7.68 -337.00 1OYwr 81.N 818.M 820.85 0.010389 5.30 27.08 �.55 0.68 1.07 1.08 -337.00 25 Year 119.60 818.M 821.38 0.003981 3.87 68.53 96.02 0." 0.53 0.30 -337.00 100 Year 1W.61 818.M 822.04 0.001801 3.05 137.87 113.45 0.31 0.30 OA9 PROPOSED R51 River Sta P.file Q Ttal Mip Ch El W.S. Ele� E.G. Sip Val Chd R.A.. Top Mfth Froude # Chi P.r Ttal ("la) (ft) (ft) (Wft) (W.) (.q ft) (ft) s ft h'i s 919.05 1 Year 13.72 854.72 855.� 0.023739 3.� 3.0 6.N - 0.87 0.79 2.98 919.05 2 Year 24.16 854.72 855.w 0.027216 4.69 5.18 7.83 0.97 1.14 4.87 919.05 10 Year 61.41 854.72 856.37 0.014079 5M 15.86 27.12 0.78 1.17 i.N4 9 919.05 25 Year 90.10 854.72 8%.66 0.012M5 5.68 25.36 38.11 0.76 MS�arChap 1.25 1.8uj2 919.05 100 Year 145.72 854.72 857.03 0.011790 6.27 42.00 51.53 0.76 1.43 2.05 703.41 1 Year 13.72 W.90 M9.40 0.0331Wl 3.49 3.93 10.55 tol 0.77 2.70 703.41 2 Year 24.16 848.90 M9.57 0.029802 4.14 5.85 11.29 to 0.96 3.87 703.41 10 Year 61.41 W.90 850.N 0.023015 5.53 11.57 13.29 OM 1.40 6.35 703.41 25 Year 90.10 "S.90 850.33 0.0200% 6.14 15.91 16.58 OM 1.58 6.53 703.41 100 Year 145.72 W.90 850.83 0.015837 678 25M 23.75 OM 1.73 &87 558.42 1 Year ITIN 845.00 �.85 0.030274 4.N 3.97 7.06 1.01 1.02 4.38 558.42 2 Year 30.85 845.00 W.13 0.027158 5.01 6.19 8.58 IM 1.25 5.81 558.42 lOYear 81.N 845.00 W.87 0.018260 6.� 14.30 15.28 0.92 1.65 5.80 558.42 25 Year 119.60 845.00 M7.M 0.013780 6.68 23.67 24.53 O.M 1.63 4.07 558.42 100 Year 1N.61 845.00 M7.92 0.011869 7.35 41.36 37.37 0.81 1.81 3.78 398.93 1 Year 1T� W,99 M2.19 0.011002 3.30 5.17 572 OBI 0.53 1.76 398.93 2 Year M85 W,99 M2.56 0.012139 4A5 7.46 &52 OB7 0.77 3.03 398.93 10 Year 81 �� W,99 M3.12 0.022929 TW it� T67 OM 2.14 12.41 398.93 25 Year 119.60 W,99 MIM 0.02W12 828 1&59 &52 0�97 2.49 14.26 398.93 100 Year 194.61 W,99 �.90 0.009972 T73 37A6 U.78 072 1.87 IQ 212.11 1 Year 17.N 837.N 838.77 0.032471 4.36 3.91 6.74 1.01 1.06 4." 212.11 2 Year 30.85 837.N 839.W 0.028847 5.M 5.96 7.58 IM 1.35 6.55 212.11 10Year 81.N 837.N 839.iM 0.0147M 6.01 17.57 23.23 0.81 1.42 3.05 212.11 25 Year 119.60 837.N MO.32 0.012875 6.42 28.30 33.23 0.78 1.51 2.78 212.11 100 Year 1N.61 837.N mo.m 0.011141 6.W 51.15 56.93 0.75 1.63 2.K 6&� 1 Year 1T� 832.95 833.86 0.030812 4�M 3.89 &62 1.01 i.w 4.65 6&� 2 Year 30.85 M.95 8N.15 0.027282 5.14 6.N T� 1.0 1.31 6.18 6&� 10 Year 81.N 832.95 8N.91 0.019555 6.74 13.17 10.77 0.95 1.81 8.� 6&� 25 Year 119.60 832.95 835.53 0.012165 &� 24.63 28.21 079 1.57 3.11 6&� 100 Year 194.61 8�.95 836.12 0.010320 T15 �1.28 �,51 076 1.68 Z� -78.57 1 Year 17.N 828.46 829.14 0.031749 3.56 4.M 10.37 0.91 0.93 3.21 -78.57 2 Year 30.85 828.46 829.37 0.027299 4.Z1 7.63 17.61 O.w 1.19 2.95 -78.57 10Year 81.N 828.46 829.95 0.018mi 5.M 21.37 35.� 0.81 1." 2.54 -78.57 25 Year 119.60 828.46 83022 0.016mi 5.63 32.08 44.74 OM 1.57 2.70 -78.57 100 Year 194.61 828.46 830�55 0.016814 6.48 48.09 53.23 0.83 1.96 3.80 -195.50 1 Year 17.N 824.81 825.50 0.0305M 3.43 4.W 10.69 OM 0.88 3.00 -195.50 2 Year 30.85 824.81 825.71 0.031325 4.17 7A1 12.56 O.W 1.18 4.73 -195.50 lOYear 81.N 824.81 826.24 0.0257M 5.73 15.08 18.12 0.95 1.81 7.05 -195.50 25 Year 119.60 824.81 826.73 0.014MO 5.43 29.� ".17 0.75 1." 2.M -195M 100 Year 194.61 824,81 827.09 0.013693 6M 49AI 57.83 0.76 1.68 2.85 -337.00 1 Year 17.N 820.00 820.49 0.042381 3.35 7.02 28.51 1.00 0.92 1.55 -337.00 2 Year 30.85 820.00 820.62 0.043381 3.85 11.17 36.17 1.04 1.13 2.27 -337.00 1OYwr 81.N 820.00 820.90 0.0429M 4.88 23.68 54.w 1.10 1.61 3.95 -337.00 25 Year 119.60 820.00 821.07 0.035583 5.23 34.N 87.09 I.N 1.71 3.01 -337.00 100 Year lEW.61 820.00 821.82 0.004208 2.81 107.85 107.83 O.Q 0.40 0.47 MSTING R81 River Sta Profile Q Ttal Min Ch El W.S. Ele� E.G. Sip Val Chnl R.Are. Top Mfth Froude # Chi Slhear Chan Power Ttal ("la) (ft) (ft) (Wft) (W.) (.q ft) (ft) 42.59 1 Year 43.� 915.87 916.90 0.020777 4.89 8.89 12.10 - 1.01 0.93 4.K 42.59 2 Year 88M 915,87 917.36 0.018158 5.95 14.97 14.63 1.00 1.20 6.63 42.59 10 Year 266M 915,87 918.78 0.008561 7.12 51.57 U.17 0.79 1.30 2.59 42.59 25 Year 410.64 915,87 919.40 0.007UO 7.56 93.18 80.02 0.75 1.37 2.28 3M 42.59 100 Year 697.67 915,87 919.99 0.008439 9.17 1�.96 98.23 O.M 1.90 i.91 3.70 -115.76 1 Year 43.� 911,87 913.13 0.021633 5.69 7.63 7M 1.01 1.18 6.69 -115.76 2 Year 88M 911,87 913.75 0.018827 6.90 12.93 9�� i.w 1.52 9.47 -115.76 10 Year 266.52 911,87 915.63 O.OW93 7.10 69.79 73.08 O.M i.0 1." -115.76 25 Year 410.M 911,87 916.14 O.OW515 7.70 112.13 89." 0.69 1.37 1.0 -11576 100 Y..r 697.67 911,87 916.70 0.007937 9�N 165.23 101SI 0.78 -191.0 1 Year 43.� W1,36 910.40 0.020639 4.97 8.74 11.53 1.01 0.95 4.71 -191.� 2 Year 88M 909,36 910.87 0.017960 6.05 14.73 13.95 1.00 1.23 6.85 -191.� lOYear 266.52 909,36 912.14 0.012166 8.21 36.79 M.85 0.93 1.76 9.27 -191.� 25 Year 410.64 909,36 913.0 0.004758 6.58 130.16 134.23 0.62 1.00 0.90 -191.� 100 Year 697.67 W9,36 913.68 0.005987 8.01 192.� 139.93 0.71 1.42 1.85 -32161 1 Year 4143 M3,99 905.32 0.02WO5 &� TM &W tol 1.11 BA7 -32161 2 Year 8&52 N3,99 905.91 0.017751 &62 1152 12.48 0�99 1.40 TN -32161 10 Year 266.52 N3,99 907.24 0.007996 &97 7&55 83.88 075 1.24 1M -32161 25 Year 410.M N3,99 907.69 0.007388 T42 118.82 10337 074 1.m 1 �81 -32161 100 Year 697.67 N3,99 908.15 0.008968 8M 169.03 112�97 OM 1.86 142 488.23 1 Year 43.� 899.36 9M.62 0.021291 4.& 8.97 12.60 1.01 0.92 4.� 488.23 2 Year 88M 899.36 901.07 0.018147 5.& 15.33 16.00 IM 1.17 6.08 488.23 lOYear 266M 899.36 902.14 0.008579 6.39 71.78 �.53 0.� 1.11 1.0 488.23 25 Year 410.64 899.36 902.49 0.009379 7.0 100.70 86.56 0.83 1.41 2.75 488.23 100 Year 697.67 899.36 903.02 0.010� 8.0 150.18 ioo.� 0.90 1.89 4.� -51MW 1 Year 4143 895,99 898.M 0.000897 t55 2T% 41.19 0.23 0.08 OA2 -584.07 2 Year 88.0 895,99 899.69 0.000287 i.m 119.76 104.25 0.14 0.04 0.01 -584.07 10 Year 266M 895,99 900.00 0.001430 3.05 1�.lo 117.� 032 0.23 O.M -5M.07 25 Year 410.M 895,99 900.42 0.001683 3.63 205.82 129.97 O�w G.M 0.33 -51M�07 100 Year 697.67 895,99 901.00 0.002291 474 2M.12 1��55 OA3 0.51 0.� -589.M 1 Year 43.� 896.37 898.37 0.00�1 3.0 12.00 28.66 0." 0.38 1.36 -589.M 2 Year 88M 896.37 899.66 0.0007W 1.88 91.68 91.05 OM 0.10 0.05 -589.M 10Year 266M 896.37 899.51 0.01NM 6.63 78.98 89.76 0.82 1.23 2.08 -589.M 25 Year 410.0 896.37 899.78 0.012489 7.88 101.31 92.39 0.92 1.67 3.79 -589.M 100 Year 697.67 896.37 900.33 0.012074 8.95 1".60 10578 0.93 2.00 5.95 -59817 Culaert -610.53 1 Year 43.� 895.08 8W.87 0.02W3 6.05 7.16 5.M 0.92 1.66 10.06 -610.53 2 Year 88M 895,08 897.65 0.028319 7.38 12.02 11.63 i.w 2.27 16.03 -610.53 10 Year 266.52 895,08 898.87 0.010955 6.58 79.78 81.76 O.M 1.51 2.14 -610.53 25 Year 410.M 895,08 899.15 0.01M57 7.74 102." 83.75 0.76 2.02 3.96 -610.53 100 Year 697.67 895,08 899.58 0.016509 9.33 139.24 92.25 OM 2.82 7.95 4121.00 1 Year 43.43 8�,gg 896.59 0.028287 6.00 7.23 &M OM 1.66 9.98 -621.00 2 Year 88M 8�,gg 897.32 0.023475 7.10 12.86 10.15 OM 2.N 10.78 -621.00 10 Year 266M 8�.99 898.42 0.010276 6.0 82.98 N.48 OM 1.47 1.76 4121.00 25 Year 410.M 8�,99 898.69 0.0123� TU IN.67 102A9 0�� 1.94 3.02 �21 �W 100 Year 697.67 8�,gg 899.17 0.013059 &� 1W.55 13935 OSI 2.37 4�01 -688.0 1 Year 43.� 893.01 8M.42 0.023384 4.35 9.97 14.02 0.91 0.98 4.27 -688.0 2 Year 88M 893,01 8M.82 G.Oulm 5.0 17.85 27.28 O.N 1.31 4.0 -688.0 10Year 266M 893,01 895.70 0.012935 6.19 68." 79.51 0.80 1.43 2.67 -688.0 25 Year 410.64 893,01 8N.01 0.013M8 7.14 96.08 93.70 0.85 1.81 3.� -688.0 100 Year 697.67 893,01 8W.51 0.014U3 8.25 147.81 113.05 0.89 2.26 5.42 -825M 1 Year 4143 M9,91 890.85 0.028142 413 9.18 13.42 tol 1.16 5A9 -825M 2 Year 8&52 M9.91 891.41 0.010787 423 3103 79.56 OBB 0.77 014 -825M 10 Year 266.52 M9,91 891.89 0.015271 &W 7125 88.43 OM 1.53 Z85 -825M 25 Year 410.M M9,91 892.17 0.016327 T� 9&55 93.w 0�91 1.91 4�� -825M 100 Year 697.67 M9,91 892.58 0.018238 &M 1M.68 N.91 100 2.59 T89 -953.37 1 Year 43.� 885.23 8M.74 0.029859 6.00 7.24 6.57 1.01 1.68 10.11 -953.37 2 Year 88M 885.23 887.47 0.010821 4.67 35.12 72.53 O.M 0.90 0.80 -953.37 lOYear 266.52 885.23 887.97 0.016302 6.83 75.83 91.04 0.82 1.76 2.W -953.37 25 Year 410.64 885.23 888.28 0.016042 7.42 112.18 125.87 O.0 1.98 3.M -953.37 100 Year 697.67 885.23 888.63 0.019150 8.86 157.60 134.� 0.93 2.70 6.12 -11%.36 1 Year 4143 878,89 879.77 0.030033 424 10.24 18.67 1.01 1.00 425 -1158.36 2 Year 88.0 878,89 880.12 O.O25M5 4.97 18.17 M18 O.N i.m 4B7 -1158.36 10 Year 266M 878,89 880.93 0.016026 6.33 M.96 58.16 OM 1.56 4�53 -1158.36 25 Year 410.64 878,89 881.37 0.014190 7.00 85.23 79.86 OM 1.76 4�51 -11M.36 100 Year 697.67 878,89 881.92 0.0139% 8.13 133.18 �.21 OM 2.20 &4) -1356.65 1 Year 43.� 872.39 8n.69 0.028476 5.19 8.36 1.01 1.34 6.96 -1356.65 2 Year 88M 872.39 874." 0.010W 4.76 28.15 U.M 0.68 0.92 0.68 -13%.65 10 Year 266M 872.39 875.02 0.011410 6.14 86.25 108.69 0.74 1.37 1.72 25 Year CO. � 272 2 M 4 14275 2!2F_ 3 Z!L 110.28 110.90 0.85 1.89 3.25 �IM6!M '35, 6, Too Year 69%7 872!2 �p � 6!j 7 . 1 0.'. 531 238.85 118.� OM 0.87 1.59 PROPOSED R81 River Sta Profile Q Ttal Min Ch El W.S. Ele� E.G. Sip Val Chnl R.Are. Top Mfth Froude # Chi Slhear Chan Power Total ("la) (ft) (ft) (Wft) (W.) (.q ft) (ft) a ft h`h a 42.59 1 Year 43.� 915.87 916.90 0.020777 4.89 8.89 12.10 - 1.01 0.93 4.K 42.59 2 Year 88M 915,87 917.36 0.018158 5.95 14.97 14.63 1.00 1.20 6.63 42.59 10 Year 266M 915,87 918.78 0.008561 7.12 51.57 U.17 0.79 1.30 .9 2.59 'i 42.59 25 Year 410.64 915,87 919.40 0.007UO 7.56 93.18 80.02 0.75 1.37 32.977AS 2.28 8 42.59 100 Year 697.67 915,87 919.99 0.008439 9.17 1�.96 98.23 O.M 1.90 3.70 -115.76 1 Year 43.� 912,68 913.W 0.025810 4.36 10.59 M.25 OS8 1.20 2.M4 6 -115.76 2 Year 88M 912,68 914.24 0.021602 5.M 21.06 M99 OM 1.50 3.� -115.76 10 Year 266.52 912,68 915.01 0.0239M 7.75 47.41 41.50 OM 2.79 9.51 -115.76 25 Year 410.M 912,68 915.69 0.015191 T% 87.83 �.36 OM 2.40 &00 -11576 100 Year 697.67 912,68 916.27 0.015323 870 137.58 92.30 0.86 -191.0 1 Year 43.� 9D9.52 910.70 0.025819 4.36 10.58 M25 0.88 1.20 2." -191.� 2 Year 88M 9D9.52 911.07 G.OU141 5.25 20.86 N.91 0.87 1.53 4.05 -191.� lOYear 266.52 9D9.52 911.88 0.021519 7.42 48.� 37.62 0.� 2.55 9.39 -191.� 25 Year 410.64 9D9.52 912.37 0.019956 8.K 67.83 41.41 0.� 2.97 12.17 -191.� 100 Year 697.67 9D9.52 913.28 0.011467 7.80 169.� 135.0 0.75 2.34 3.65 -32161 1 Year 4143 N3,99 905.32 0.020598 &� TM &W tol 1.11 BA7 -32161 2 Year 8&52 N3,99 905.91 0.017751 &62 1152 12.48 0�99 1.40 TN -32161 10 Year 266.52 N3,99 907.24 0.007996 &97 7&55 83.88 075 1.24 1M -32161 25 Year 410.M N3,99 907.69 0.007388 T42 118.82 10337 074 1.m 1 �81 -32161 100 Year 697.67 N3,99 908.15 0.008968 8M 169.03 112�97 OM 1.86 142 488.23 1 Year 43.� 899.36 9M.62 0.021266 4.& 8.97 12.60 1.01 0.92 4." 488.23 2 Year 88.K 899.36 901.07 0.018147 5.& 15.33 16.00 IM 1.17 6.08 488.23 lOYear 266M 899.36 902.14 0.008579 6.39 71.78 �.53 0.� 1.11 1.0 488.23 25 Year 410.64 899.36 902.49 0.009379 7.0 100.70 86.56 0.83 1.41 2.75 488.23 100 Year 697.67 899.36 903.02 0.010� 8.& 150.18 100.43 0.90 1.89 4.� -51MW 1 Year 4143 895,99 898.M 0.000897 t55 2T% 41.19 0.23 0.08 OA2 -584.07 2 Year 88.0 895,99 899.72 0.000266 1.23 123.� 105.31 0.14 ON 0.01 -584.07 10 Year 266M 895,99 900.19 0.0010M 2.71 176.<1 123.68 0.28 0.18 0.14 -5M.07 25 Year 410.M 895,99 900.42 0.001683 3.63 2D5.81 129.97 O�w On 0.33 -51M�07 100 Year 697.67 895,99 901.05 0.002M 4.73 M.75 1MM OA3 0.51 M9 -589.M 1 Year 43.� 896.37 898.37 0.00�1 3.0 12.00 28.66 0.� 0.38 1.36 -589.M 2 Year 88M 896.37 898.33 0.01W8 7.55 11.73 M.28 1M 1.65 12." -589.M 10Year 266M 896.37 900.10 0.002714 4.00 127.96 99.� 0�� 0.41 OM -589.M 25 Year 410.0 896.37 899.78 0.012489 7.88 101.31 92.39 OM 1.67 3.79 -589.M 100 Year 697.67 896.37 900.23 0.01�18 9.� 139.78 103.W tol 2.31 7.17 -59817 Culaert -610.53 1 Year 43.� 895.22 896.79 O.OW273 2.80 16.00 16.49 0�� 0.43 1.03 -610.53 2 Year 88M 895.22 897.00 0.014M8 4.75 19.� 17.76 0.72 1.18 4.� -610.53 10 Year 266M 895.22 897.88 O.OM4M 8.31 33.76 53.85 OM 3.05 22.41 -610.53 25 Year 410.0 895.22 898.74 0.009975 6.90 98.09 90.22 0.69 1.88 3.01 -610.53 100 Year 697.67 895.22 899.24 0.011930 8.0 10.37 93.42 0.78 2.62 6.00 4121.00 1 Year 43.43 895.22 896.41 0.0247M 4.30 10.81 M.33 OM 1.16 2.K -621.00 2 Year 88M 895.22 8N.79 0.020815 5.14 21.37 30.08 OS5 1.46 3.78 -621.00 10 Year 266M 895.22 897.60 0.02N79 7.N 49.05 73.46 OM 2.45 8.96 4121.00 25 Year 410.M 895.22 898.16 0.013189 6.92 103.33 97.56 077 2.03 3.� �21 �W 100 Year 697.67 895,22 898.57 0.015698 &W 1�.45 10033 OM 2.81 676 -688.0 1 Year 43.� 893.10 8M.M 0.021559 4.11 11.56 M.62 0.81 1.05 2.17 -688.0 2 Year 88M 893,10 8M.65 G.OU140 5.25 20.86 N.91 0.87 1.53 4.05 -688.0 10Year 266M 893,10 895.M 0.016174 6M 65.� 72.98 0.82 2.00 3.67 -688.0 25 Year 410.64 893,10 895.91 0.015928 7.35 95.0 88.85 O.M 2.33 4.57 -688.0 100 Year 697.67 893,10 8W.41 0.016718 8.53 1".0 10939 0.89 2.95 6M -825M 1 Year 4143 M9,91 890.85 0.028142 413 9.18 13,42 tol 1.16 5A9 -825M 2 Year 8&52 M9.91 891.41 0.010787 423 3103 79,56 OBB 0.77 074 -825M 10 Year 266.52 M9,91 891.89 0.015271 &W 7125 M.43 OM 1.53 2S5 -825M 25 Year 410.M M9,91 892.17 0.016327 T� 9&55 93.w 0�91 1.91 4�� -825M 100 Year 697.67 M9,91 892.58 0.018238 &M 1M.68 N.91 100 2.59 T89 -953.37 1 Year 43.� 885.23 8M.74 0.029859 6.00 7.24 6.57 1.01 1.68 10.11 -953.37 2 Year 88M 885.23 887.47 0.010821 4.67 35.12 72.53 O.M 0.90 0.80 -953.37 lOYear 266.52 885.23 887.97 0.016302 6.83 75.83 91.04 0.82 1.76 2.W -953.37 25 Year 410.64 885.23 888.28 0.016042 7.42 112.18 125.87 O.0 1.98 3.M -953.37 100 Year 697.67 885.23 888.63 0.019150 8.86 157.60 134.� 0.93 2.70 6.12 -11%.36 1 Year 4143 878,89 879.77 0.030033 424 10.24 18.67 1.01 1.00 425 -1158.36 2 Year 88.0 878,89 880.12 O.O25M5 4.97 18.17 M18 ON i.m 4B7 -1158.36 10 Year 266M 878,89 880.93 0.016026 6.33 M.96 58.16 OM 1.56 4�53 -1158.36 25 Year 410.64 878,89 881.37 0.014190 7.00 85.23 79.86 OM 1.76 4�51 -11M.36 100 Year 697.67 878,89 881.92 0.0139% 8.13 133.18 �.21 OM 2.20 &4) -1356.65 1 Year 43.� 872.39 8n.69 0.028476 5.19 8.36 1.01 1.34 6.96 -1356.65 2 Year 88M 872.39 874." 0.010mo 4.76 28.15 U.m O.N 0.92 0.68 -13%.65 10 Year 266M 872.39 875.02 0.011410 6.14 86.25 108.69 0.74 1.37 1.72 25 Ye 72 31 11.1 113.18 OM 0.98 1.� IIN5121 61 1 Too_y eaarr 697.167 �10 8 2 72M Z V626 15 0003. 1 4 5 250.65 119." 0.47 0.78 1.37 �ISTING R8F River Sta Profile Q Ttal Min Ch El W.S. Ele� E.G. Sip Val Chnl R.A.. Top Mfth Froude # Chi Sinear Chan P.r Ttal ("la) (ft) (ft) (Wft) (We) (.q ft) (ft) 1M.87 1 Year 9.60 985.49 986.30 0.03M53 2.80 3.43 12.72 0.95 0.55 1.55 1M.87 2 Year 21.K 985.49 986.49 0.028189 3.41 6.36 17.99 O.N 0.71 2.05 1M.87 10 Year 70.31 985.49 986.95 0.021233 4.88 17.84 K.31 0.92 1.13 2.86 1M.87 25 Year 111.19 985.49 987.� 0.018842 5.50 27.0 Q.89 0.91 1.32 3.17 33.08 1M.87 100 Year 193.55 W5,49 987.61 0.017029 6.38 46.� U.07 0.91 1.60 i.97 3.78 iffi.89 1 Year 9.60 975,50 976.35 0.035897 4.24 2.26 4A4 tol 1.05 4.� 106.89 2 Year 21.K 975,50 976.74 0.031397 5.38 3.98 4JI 1.01 1.45 7.21 im.89 10 Year 70.31 975,50 977.90 0.010772 5.50 24.88 39.19 O.M 1.14 1.16 im.89 25 Year 111.19 975,50 978.17 0.012230 6.37 36A7 �.48 0.74 1.47 1.80 1M.89 100 Year 193.55 975.50 978.56 0.014N6 TM 5&52 53.38 OSI 2.57 1 Year 9.60 967.25 W7.88 0.039760 2.79 3." 14.59 1.01 0.57 1.61 2.57 2 Year 21.K 967.25 W8.07 0.04MB2 3.07 6.97 23.10 0.97 0.87 2.59 2.57 lOYear 70.31 967.25 968.48 O.OM869 4.N 19.78 50.15 O.w 1.33 2.86 2.57 25 Year 111.19 967.25 968.70 0.028508 4.n 33.K 70.55 0.83 1.46 2.79 2.57 100 Year 193.55 967.25 N8.92 G.OM775 5.09 49.67 74.35 0.90 2.02 5.30 -33.48 1 Year 9.60 �Ao 9M.57 0.036032 333 2.88 8M 1.01 0.73 2�� -33.48 2 Year 2132 �Ao 9M.81 0.030519 4�M 4.98 9M 1 �01 1.03 425 -33.48 10 Year 7031 �Ao 965.53 0.020550 BAI 12�� 17.52 0�95 1.58 4S7 -33.48 25 Year 111.19 �Ao 966.08 0.010086 5A2 36M 55.76 070 1.10 t� -33.48 100 Year 193.55 �Ao 966.� 0.011359 &" 5T55 63.21 077 1.49 2A2 -00.00 1 Year 9.60 961.98 W2.53 0.033669 3.95 2.43 5.N IM 0.93 3.66 -00.00 2 Year 21.K 961.98 W2.87 0.029� 5.06 4.23 5.61 IM 1.30 6.09 -00.00 10Year 70.31 961.98 W3.87 0.01"72 6.11 17.83 23.50 0.80 1." 2.K -00.00 25 Year 111.19 961.98 9M.31 0.012720 6M 30.25 35.18 0.78 1.58 2.39 -00.00 100 Year 193.55 961.98 9M.88 0.010649 7.05 58.97 55.05 0.74 1.66 2.� -�.24 1 Year 9.60 %0,48 961.27 0.037903 2M IN 12.99 1.0 0.59 1 �71 -94.24 2 Year 21M %0,48 961.47 0.028945 3.21 6.99 24.17 0.93 O.w t57 -94.24 10 Year 70.31 �0,48 961.88 0.02N36 4.47 20.� 43.45 OM 0.99 2�05 -94.24 25 Year 111.19 %0,48 962.10 0.019426 5AI 30.24 47.92 OM 1.19 279 -�.24 100 Year 193.55 %0,48 962.41 0.019255 BAl 45M 50.27 0�� 1.55 4M -1".23 1 Year 9.60 9�.Oo 9�15 0.035157 4.K 2.22 3.87 IM 1.07 4.0 -1".23 2 Year 21.K 9�.Oo 955.16 0.031783 5.50 3.89 4.25 IM 1.50 7.73 -1".23 10Year 70.31 �.Oo 956.31 0.023�3 8.05 9.Q 5.40 OM 2.47 12.83 -1".23 25 Year 111.19 954.00 957.02 0.021M3 9.36 13.47 6.14 O.w 3.03 15.42 -1".23 100 Year 193.55 954.00 958.69 0.010656 8.99 34.16 23.01 0.75 2.39 4.70 -178.20 1 Year 9.60 951.00 951.58 O.OM733 4�� 2.38 4J3 100 0.97 IN -178.M 2 Year 21M 951.00 951.N 0.029553 5.08 4.22 5�� 0�99 1.31 6.05 -178.M lOYear 70.31 %1.00 9�.ffi O.ONOM 4.42 19.23 9JI OA5 0.65 1.38 -178.M 25 Year 111.19 951.00 9�.55 0.005800 &83 24.75 12.80 0.55 1.07 2.� -17820 100 Year 193.55 951.00 956.22 0.003M7 576 59M 31.67 0.45 0.92 1A3 -182.99 1 Year 9.60 9W.49 951.18 0.033224 4.05 2.37 4.67 1.00 0.96 3.90 -182.99 2 Year 21.K 950.49 951.92 0.008013 3.49 6.34 6.02 0.56 0.54 1.50 -182.99 lOYear 70.31 950.49 9�.05 0.002607 3.93 21." 13.21 O.M 0.49 OM -182.99 25 Year 111.19 950.49 9�.55 0.003940 5.30 28.14 16.75 0.� 0.84 1.38 -182.99 100 Year 193.55 950.49 953.82 0.024132 11.41 19.50 11.94 1.14 4.19 33.47 AM67 CuNert -216.34 1 Year 9.60 947.N 948.09 O.OW021 4.N 2.38 4.81 1.01 0.97 IN -216.34 2 Year 21.K 947.N 948.� 0.033Ml 5.16 4.13 5.07 1.01 1.39 7.15 -216.34 10 Year 70.31 947.N 949.45 0.025085 7." 9.� 6.43 OM 2.25 12.61 -216.34 25 Year 111.19 947.N 950.10 0.021842 8.56 14.28 7.50 OM 2.65 14.55 -216.34 100 Year 193.55 947.N 951.14 0.018848 10.07 M.66 8.78 0.95 3.26 18.84 -22427 1 Year 9.60 W,98 947.71 O.OM376 1% 2.41 &01 tol ON 174 -22427 2 Year 2132 W,98 948.05 0.030092 5A0 4.19 5AI tol 1.32 635 -22427 10 Year 7031 W,98 949.02 0.022243 T47 9.99 &� 0�99 2.17 11.36 -22427 25 Year 111.19 W,98 949.65 0.019713 &61 1437 TM OM 2.61 12.85 -22427 100 Year 193.55 W,98 950.97 0.011773 &91 M� 21.97 OSI 2.42 &61 -280.N 1 Year 9.60 942.46 943.07 0.034739 3.0 2.65 6.61 1.01 0.82 2.97 -280 N 2 Year j�l-F ��2.1� 943.36 0.030319 4.69 4.56 6.91 1.17 5.28 I �.30 0.012820 5.47 19.N K.52 0.76 1.19 1." 111.19 942.46 �.62 0.012804 6.18 31.72 39.47 0.78 1.43 2.14 193.55 942.� 945.08 0.013267 7.24 51.57 ".26 O.Q 1.82 3.16 9.60 938.88 939.66 0.000174 039 2570 39,57 0.08 0.01 0.00 21M 938.88 940.13 0.000150 0.51 45.30 �.78 O.M 0.01 0.00 70.31 938.88 942.00 0.000058 0.59 IU.89 U.51 OM 0.01 0.00 111.19 938.88 942.81 0.00offil 0.71 198.52 69.88 OM 0.01 0.01 193.55 938.88 943.33 0.000118 1.08 237.11 79.73 O.M 0.03 0.02 PROPOSED R8F River Sta Profile Q Ttal Min Ch El W.S. Ele� E.G� Slo Val Chnl FI.A.. Top Mfth Froude # Chi Sinear Chan P.r Ttal ("la) (ft) (ft) (Wft) (We) (-q ft) (ft) 1M.87 1 Year 9.60 985.49 986.30 0.03M53 2.80 3.43 12.72 0.95 0.55 1.55 1M.87 2 Year 21.S2 985.49 986.49 0.028189 3.41 6.36 17.99 0.94 0.71 2.05 1M.87 10 Year 70.31 985.49 986.95 0.021233 4.88 17.84 S2.31 0.92 1.13 2.86 1M.87 25 Year 111.19 985.49 987.� 0.018842 5.50 27.0 Q.89 0.91 1.32 3.17 33.08 1M.87 100 Year 193.55 9135,49 987.61 0.017029 6.38 46.� U.07 0.91 1.60 i.97 3.78 iffi.89 1 Year 9.60 975,50 976.35 0.035897 4.24 2.26 4A4 tol 1.05 4.� 106.89 2 Year 21.K 975,50 976.74 0.031397 5.38 3.98 4JI 1.01 1.45 7.21 im.89 10 Year 70.31 975,50 977.90 0.010772 5.50 24.88 39.19 o.M 1.14 1.16 im.89 25 Year 111.19 975,50 978.17 0.012230 6.37 36A7 �.48 0.74 1.47 1.80 1M.89 100 Year 193.55 975.50 978.56 0.014N6 TM 5&52 53.38 OSI 2.57 1 Year 9.60 967.25 W7.88 0.039760 2.79 3." 14.59 1.01 0.57 1.61 2.57 2 Year 21.S2 967.25 W8.07 0.04MB2 3.07 6.97 23.10 0.97 0.87 2.59 2.57 10Year 70.31 967.25 968.48 O.OM869 4.N 19.78 50.15 o.w 1.33 2.86 2.57 25 Year 111.19 967.25 9S8.70 0.028508 4.n 33.S2 70.55 0.83 1.46 2.79 2.57 100 Year 193.55 967.25 W8.92 G.OM775 5.09 49.67 74.35 0.90 2.02 5.30 -33.48 1 Year 9.60 �Al 964.63 O.N3215 142 2.80 T85 1.01 0.95 IM -33.48 2 Year 2132 �Al 964.90 0.037863 410 5.08 9A3 1.01 1.25 524 -33.48 10 Year 7031 �Al 965.71 0.01M12 5A0 Mm 41.31 0�� 1.36 1 �73 -33.48 25 Year 111.19 �.11 966.05 0.013168 529 35B3 M.54 072 1.35 i.w -33.48 100 Year 193.55 �Al 966.36 0.015689 &46 5195 61.56 OSI 1.91 105 -00.00 1 Year 9.60 %2.45 W2.97 0.043138 3.42 2.80 7.85 1.01 0.95 3.25 -00.00 2 Year 21.S2 %2.45 W3.24 0.037674 4.19 5.09 9.43 1.01 1.24 5.21 -00.00 10Year 70.31 %2.45 W3.95 0.020123 5.35 16.81 25.51 0.85 1.54 3.42 -00.00 25 Year 111.19 %2.45 9M.29 0.018250 5.99 26.74 34.09 0.84 1.77 3.68 -00.00 100 Year 193.55 %2.45 9M.80 0.014781 6.49 51.41 U.36 0.79 1.90 3.M -94.24 1 Year 9.60 W.39 960.91 O.N3138 142 2.80 T85 1.01 0.95 3.25 -94.24 2 Year 21.S2 900.39 961.17 0.038931 4.24 5.03 SAO 1 �02 1.28 5.01 -94.24 10 Year 70.31 960.39 961.76 0.024295 5.45 18M 33.86 0�91 1.65 3.12 -94.24 25 Year 111.19 %0.39 962.09 0.017508 5M 33.37 47.93 OSI 1.55 2.K -94.24 100 Year 193.55 W.39 962.41 0.019478 6.65 49.03 W,28 OSB 2.11 4�64 -1".23 1 Year 9.60 M.73 956.M 0.042268 3.41 2.82 TM IM 0.93 3.18 -1".23 2 Year 21.K 955.73 956.52 0.037887 4.M 5.08 9.43 1.01 1.25 5.24 -1".23 10Year 70.31 955.73 957.19 0.02U48 5.97 12.73 13.� OM 1.93 8.K -1".23 25 Year 111.19 955.73 957.60 O.MW 6.79 18.� 15.91 0.94 2.27 9.68 -1".23 100 Year 193.55 M.73 958.25 0.019M7 7.93 30.34 19.80 0.93 2.76 11.72 -178.20 1 Year 9.60 951,59 952.11 O.N3157 3.42 2.80 T85 tol 0.95 3.25 -178.M 2 Year 21M 951,59 952.38 0.037977 4.M 5.07 9.42 1.01 1.25 5.M -178.M 10Year 70.31 951,59 9�.08 0.002755 2.92 29.88 19.77 O.M 0.38 0.59 -178.M 25 Year 111.19 951,59 9�10 0.002685 3.Q 43.37 23.56 0.35 0.47 0.76 -17820 100 Year 193.55 951,59 955.37 0.003539 4A9 60M 27,65 0.42 0.76 t" -182.99 1 Year 9.60 950.79 951.31 0.041359 3.53 2.n 7.S2 1.00 0.98 3.47 -182.99 2 Year 21.S2 950.79 951.96 0.007421 2.90 7.36 11.75 0.50 0.48 1.38 -182.99 10Year 70.31 950.79 9�.04 G.00M8 3.01 26.23 24.21 0.32 0.37 0.60 -182.99 25 Year 111.19 950.79 9�.61 0.003111 3.70 36.58 27.69 O.M 0.55 0.75 -182.99 100 Year 193.55 950.79 955.25 0.004113 4.86 55.49 31.85 0.45 0.89 1.50 -199B7 CuNert -216.34 1 Year 9.60 947.N 948.09 0.036021 4.N 2.38 4.81 1.01 0.97 3.94 -216.34 2 Year 21.K 947.N 948.� 0.033M1 5.16 4.13 5.07 1.01 1.39 7.15 -216.34 10 Year 70.31 947.N 949.45 0.025085 7.48 9.� 6.43 0.% 2.25 12.61 -216.34 25 Year 111.19 947.N 950.10 0.021842 8.56 14.28 7.50 OM 2.65 14.55 -216.34 100 Year 193.55 947.N 951.14 0.018848 10.07 U.66 8.78 0.95 3.26 18.84 -22427 1 Year 9.60 W,98 947.71 O.OM376 1% 2.41 &01 tol ON 174 -22427 2 Year 2132 W,98 948.05 0.030092 5A0 4.19 5AI tol 1.32 635 -22427 10 Year 7031 W,98 949.02 0.022243 T47 9.99 &� 0�99 2.17 11.36 -22427 25 Year 111.19 W,98 949.65 0.019713 8BI 1437 T88 OM 2.61 12.85 -22427 100 Year 193.55 W,98 950.97 0.011773 &91 M� 21.97 OSI 2.42 5B1 -280.29 1 Year 9.60 942.46 943.07 0.034739 3.0 2.65 6.61 1.01 0.82 2.97 -280 29 2 Year j�l-F ��2.1� 943.36 0.030319 4.69 4.56 6.91 1.17 5.28 I �.30 0.012820 5.47 19.94 S2.52 0.76 1.19 1." 111.19 942.46 �.62 0.012804 6.18 31.72 39.47 0.78 1.43 2.14 193.55 942.� 945.08 0.013217 7.23 51.65 48.29 o.S2 1.82 3.15 9.60 9M.83 939.66 0.000im 039 2531 39.57 0.08 0.01 0.00 21.32 938,83 940.13 0.000155 0.51 �.92 �.79 o.M 0.01 0.00 70.31 938,83 942.00 0.000058 0.59 IU.51 U.51 OM 0.01 0.00 111.19 938,83 942.81 0.000M2 0.71 198.13 69.88 OM 0.01 0.01 193.55 938,83 943.33 0.000119 1.08 236.73 79.73 O.M 0.03 0.02